Crystal chemistry of lamprophyllite-group minerals from the Murun alkaline complex (Russia) and pegmatites of Rocky Boy and Gordon Butte (USA): single crystal X-ray diffraction and Raman spectroscopy study

Specific features of the crystal chemistry of lamprophyllite-group minerals (LGMs) are discussed using the available literature data and the results of the single-crystal X-ray diffraction and a Raman spectroscopic studies of several samples taken from the Murun alkaline complex (Russia), and Rocky Boy and Gordon Butte pegmatites (USA) presented here. The studied samples are unique in their chemical features and the distribution of cations over structural sites. In particular, the sample from the Gordon Butte pegmatite is a member of the barytolamprophyllite–emmerichite solid solution series, whereas the samples from the Murun alkaline complex and from the Rocky Boy pegmatite are intermediate members of the solid solution series formed by lamprophyllite and a hypothetical Sr analogue of emmerichite. The predominance of O²⁻ over OH⁻ and F⁻ at the X site is a specific feature of sample Cha-192 from the Murun alkaline complex. New data on the Raman spectra of LGMs obtained in this work show that the wavenumbers of the O—H stretching vibrations depend on the occupancies of the M2 and M3 sites coordinating with (OH)⁻ groups. Cations other than Na⁺ and Ti⁴⁺ (mainly, Mg and Fe³⁺) can play a significant role in the coordination of the X site occupied by (OH)⁻. Data on polarized Raman spectra of an oriented sample indicate that the OH groups having different local coordinations have similar orientations with respect to the crystal. The calculated measures of similarity (Δ) for lamprophyllite and ericssonite are identical (0.157 and 0.077 for the 2M- and 2O-polytypes, respectively), which indicates that these minerals are crystal-chemically isotypic and probably should be considered within the same mineral group by analogy to the other mineralogical groups which combine isotypic minerals.

Computing details

(184-11)

Crystal data

Ba0.08Ca0.16Fe0.38K0.36Mg0.1Mn0.18Na2.77O18Si4Sr1.45Ti2.52	Z = 2
Mr = 776.7	F(000) = 742
Monoclinic, C2/m	Dx = 3.498 Mg m^−3
Hall symbol: -C 2y	Mo Kα radiation, λ = 0.71075 Å
a = 19.405 (2) Å	Cell parameters from 2681 reflections
b = 7.0885 (9) Å	θ = 3.8–30.9°
c = 5.3988 (6) Å	µ = 7.92 mm^−1
β = 96.739 (11)°	T = 293 K
V = 737.48 (16) Å^3	Grain

Data collection

Xcalibur, Sapphire3 diffractometer	905 reflections with I > 2σ(I)
Radiation source: X-ray tube	Rint = 0.042
Absorption correction: multi-scan	θmax = 30.9°, θmin = 3.8°
Tmin = 0.212, Tmax = 1.000	h = −22→26
2681 measured reflections	k = −5→9
993 independent reflections	l = −7→7

Refinement

Refinement on F	0 restraints
R[F^2 > 2σ(F^2)] = 0.051	36 constraints
wR(F^2) = 0.057	Weighting scheme based on measured s.u.'s w = 1/(σ^2(F) + 0.0004F^2)
S = 1.46	(Δ/σ)max = 0.034
993 reflections	Δρmax = 0.95 e Å^−3
81 parameters	Δρmin = −0.98 e Å^−3

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Ų)

	x	y	z	Uiso*/Ueq	Occ. (<1)
Sr_a	0.28405 (4)	0	0.26218 (12)	0.0141 (2)	0.725
Ti_l	0.34997 (6)	0.5	0.29275 (17)	0.0064 (3)
Na_m1	0.5	0.5	0	0.0167 (12)
Na_m2	0	0.2606 (3)	0.5	0.0074 (6)	0.83
Ti_m3	0	0.5	0	0.0274 (6)	0.52
Si	0.35724 (6)	0.78436 (17)	0.79587 (19)	0.0067 (3)
O1	0.32595 (19)	0.6888 (5)	0.5341 (5)	0.0134 (9)
O2	0.4371 (3)	0.5	0.3317 (8)	0.0177 (15)
O3	0.32500 (17)	0.6873 (5)	1.0283 (5)	0.0116 (9)
O4	0.3240 (2)	1	0.7798 (7)	0.0082 (12)
O5	0.44076 (18)	0.7952 (5)	0.8281 (6)	0.0120 (9)
O_x	−0.0589 (3)	0.5	0.2722 (9)	0.0201 (16)
K_a	0.28405 (4)	0	0.26218 (12)	0.0141 (2)	0.18
Na_a	0.28405 (4)	0	0.26218 (12)	0.0141 (2)	0.055
Ba_a	0.28405 (4)	0	0.26218 (12)	0.0141 (2)	0.04
Mn_m2	0	0.2606 (3)	0.5	0.0074 (6)	0.09
Ca_m2	0	0.2606 (3)	0.5	0.0074 (6)	0.08
Fe_m3	0	0.5	0	0.0274 (6)	0.38
Mg_m3	0	0.5	0	0.0274 (6)	0.1

Atomic displacement parameters (Ų)

	U^11	U^22	U^33	U^12	U^13	U^23
Sr_a	0.0221 (4)	0.0120 (4)	0.0082 (3)	0	0.0015 (3)	0
Ti_l	0.0111 (6)	0.0066 (5)	0.0015 (5)	0	0.0007 (4)	0
Na_m1	0.019 (2)	0.020 (2)	0.0122 (17)	0	0.0060 (15)	0
Na_m2	0.0142 (11)	0.0058 (10)	0.0032 (8)	0	0.0053 (7)	0
Ti_m3	0.0332 (12)	0.0106 (9)	0.0318 (10)	0	−0.0236 (9)	0
Si	0.0124 (6)	0.0058 (6)	0.0018 (5)	0.0002 (4)	0.0001 (4)	0.0001 (4)
O1	0.0242 (19)	0.0079 (15)	0.0074 (13)	0.0024 (13)	−0.0010 (12)	−0.0027 (11)
O2	0.010 (2)	0.029 (3)	0.012 (2)	0	−0.0016 (18)	0
O3	0.0166 (17)	0.0096 (15)	0.0090 (13)	0.0023 (12)	0.0036 (12)	0.0047 (11)
O4	0.014 (2)	0.0011 (19)	0.0094 (18)	0	0.0004 (16)	0
O5	0.0112 (16)	0.0141 (16)	0.0098 (14)	0.0029 (13)	−0.0029 (12)	−0.0014 (12)
O_x	0.023 (3)	0.020 (3)	0.017 (2)	0	0.004 (2)	0
K_a	0.0221 (4)	0.0120 (4)	0.0082 (3)	0	0.0015 (3)	0
Na_a	0.0221 (4)	0.0120 (4)	0.0082 (3)	0	0.0015 (3)	0
Ba_a	0.0221 (4)	0.0120 (4)	0.0082 (3)	0	0.0015 (3)	0
Mn_m2	0.0142 (11)	0.0058 (10)	0.0032 (8)	0	0.0053 (7)	0
Ca_m2	0.0142 (11)	0.0058 (10)	0.0032 (8)	0	0.0053 (7)	0
Fe_m3	0.0332 (12)	0.0106 (9)	0.0318 (10)	0	−0.0236 (9)	0
Mg_m3	0.0332 (12)	0.0106 (9)	0.0318 (10)	0	−0.0236 (9)	0

Geometric parameters (Å, º)

Sr_a—Ti_l^i	3.7651 (10)	Na_m2—Mg_m3	3.1887 (11)
Sr_a—Ti_l	3.7651 (10)	Na_m2—Mg_m3^xix	3.1887 (11)
Sr_a—Ti_l^ii	3.7297 (15)	Ti_m3—O5^xxii	2.010 (3)
Sr_a—Ti_l^iii	3.7421 (15)	Ti_m3—O5^iii	2.010 (3)
Sr_a—Si^iv	3.3956 (14)	Ti_m3—O5^xxiii	2.010 (3)
Sr_a—Si^i	3.4198 (14)	Ti_m3—O5^xxiv	2.010 (3)
Sr_a—Si^iii	3.3876 (15)	Ti_m3—O_x	1.964 (6)
Sr_a—Si^v	3.3876 (15)	Ti_m3—O_x^xxv	1.964 (6)
Sr_a—Si^vi	3.3956 (14)	Ti_m3—Ca_m2^xi	3.1887 (11)
Sr_a—Si^vii	3.4198 (14)	Ti_m3—Ca_m2	3.1887 (11)
Sr_a—K_a	0	Ti_m3—Ca_m2^xxvi	3.1887 (11)
Sr_a—K_a^ii	4.6308 (10)	Ti_m3—Ca_m2^xviii	3.1887 (11)
Sr_a—K_a^iii	4.6581 (10)	Ti_m3—Fe_m3	0
Sr_a—K_a^viii	4.6308 (10)	Ti_m3—Mg_m3	0
Sr_a—K_a^ix	4.6581 (10)	Si—O1	1.620 (3)
Sr_a—Na_a	0	Si—O3	1.620 (3)
Sr_a—Ba_a	0	Si—O4	1.657 (2)
Ti_l—Na_m1	3.4719 (13)	Si—O5	1.612 (4)
Ti_l—Na_m2^x	3.5177 (15)	Si—K_a^xii	3.4198 (14)
Ti_l—Na_m2^v	3.5177 (15)	Si—K_a^xxvii	3.3956 (14)
Ti_l—O1	1.962 (3)	Si—K_a^ix	3.3876 (15)
Ti_l—O1^vii	1.962 (3)	Si—Ba_a^xii	3.4198 (14)
Ti_l—O2	1.679 (5)	Si—Ba_a^xxvii	3.3956 (14)
Ti_l—O3^xi	1.968 (3)	Si—Ba_a^ix	3.3876 (15)
Ti_l—O3^vi	1.968 (3)	O1—K_a^xii	2.720 (3)
Ti_l—K_a	3.7651 (10)	O1—K_a^ix	2.848 (4)
Ti_l—K_a^xii	3.7651 (10)	O1—Ba_a^xii	2.720 (3)
Ti_l—K_a^viii	3.7297 (15)	O1—Ba_a^ix	2.848 (4)
Ti_l—K_a^ix	3.7421 (15)	O2—Ca_m2^x	2.338 (3)
Ti_l—Ba_a	3.7651 (10)	O2—Ca_m2^v	2.338 (3)
Ti_l—Ba_a^xii	3.7651 (10)	O3—K_a^xxvii	2.716 (3)
Ti_l—Ba_a^viii	3.7297 (15)	O3—K_a^ix	2.815 (3)
Ti_l—Ba_a^ix	3.7421 (15)	O3—Ba_a^xxvii	2.716 (3)
Ti_l—Ca_m2^x	3.5177 (15)	O3—Ba_a^ix	2.815 (3)
Ti_l—Ca_m2^v	3.5177 (15)	O4—K_a^xii	2.811 (4)
Na_m1—Na_m2^xiii	3.2708 (12)	O4—K_a^xxvii	2.803 (4)
Na_m1—Na_m2^x	3.2708 (12)	O4—Ba_a^xii	2.811 (4)
Na_m1—Na_m2^xiv	3.2708 (12)	O4—Ba_a^xxvii	2.803 (4)
Na_m1—Na_m2^v	3.2708 (12)	O5—Ca_m2^x	2.236 (3)
Na_m1—Ti_m3^xv	3.5443 (9)	O5—Fe_m3^xxviii	2.010 (3)
Na_m1—Ti_m3^x	3.5443 (9)	O5—Mg_m3^xxviii	2.010 (3)
Na_m1—O2	2.282 (5)	O_x—Ca_m2	2.317 (4)
Na_m1—O2^xvi	2.282 (5)	O_x—Ca_m2^xviii	2.317 (4)
Na_m1—Mn_m2^xiii	3.2708 (12)	O_x—Fe_m3	1.964 (6)
Na_m1—Mn_m2^x	3.2708 (12)	O_x—Mg_m3	1.964 (6)
Na_m1—Mn_m2^xiv	3.2708 (12)	K_a—K_a^ii	4.6308 (10)
Na_m1—Mn_m2^v	3.2708 (12)	K_a—K_a^iii	4.6581 (10)
Na_m1—Ca_m2^xiii	3.2708 (12)	K_a—K_a^viii	4.6308 (10)
Na_m1—Ca_m2^x	3.2708 (12)	K_a—K_a^ix	4.6581 (10)
Na_m1—Ca_m2^xiv	3.2708 (12)	K_a—Na_a	0
Na_m1—Ca_m2^v	3.2708 (12)	K_a—Ba_a	0
Na_m1—Mg_m3^xv	3.5443 (9)	K_a—Ba_a^ii	4.6308 (10)
Na_m1—Mg_m3^x	3.5443 (9)	K_a—Ba_a^iii	4.6581 (10)
Na_m2—Na_m2^xvii	3.694 (3)	K_a—Ba_a^viii	4.6308 (10)
Na_m2—Na_m2^xviii	3.395 (3)	K_a—Ba_a^ix	4.6581 (10)
Na_m2—Ti_m3	3.1887 (11)	Na_a—Ba_a	0
Na_m2—Ti_m3^xix	3.1887 (11)	Ba_a—Ba_a^ii	4.6308 (10)
Na_m2—O2^xx	2.338 (3)	Ba_a—Ba_a^iii	4.6581 (10)
Na_m2—O2^iii	2.338 (3)	Ba_a—Ba_a^viii	4.6308 (10)
Na_m2—O5^xx	2.236 (3)	Ba_a—Ba_a^ix	4.6581 (10)
Na_m2—O5^iii	2.236 (3)	Mn_m2—Ca_m2	0
Na_m2—O_x	2.317 (4)	Mn_m2—Ca_m2^xviii	3.395 (3)
Na_m2—O_x^xxi	2.317 (4)	Ca_m2—Ca_m2^xvii	3.694 (3)
Na_m2—Mn_m2	0	Ca_m2—Ca_m2^xviii	3.395 (3)
Na_m2—Mn_m2^xviii	3.395 (3)	Ca_m2—Fe_m3	3.1887 (11)
Na_m2—Ca_m2	0	Ca_m2—Fe_m3^xix	3.1887 (11)
Na_m2—Ca_m2^xvii	3.694 (3)	Ca_m2—Mg_m3	3.1887 (11)
Na_m2—Ca_m2^xviii	3.395 (3)	Ca_m2—Mg_m3^xix	3.1887 (11)
Na_m2—Fe_m3	3.1887 (11)	Fe_m3—Mg_m3	0
Na_m2—Fe_m3^xix	3.1887 (11)
Ti_l^i—Sr_a—Ti_l	140.56 (3)	Ti_l^ii—K_a—K_a^ii	52.184 (11)
Ti_l^i—Sr_a—Ti_l^ii	103.680 (18)	Ti_l^ii—K_a—K_a^iii	103.10 (2)
Ti_l^i—Sr_a—Ti_l^iii	103.30 (2)	Ti_l^ii—K_a—K_a^viii	52.184 (11)
Ti_l^i—Sr_a—Si^iv	55.89 (3)	Ti_l^ii—K_a—K_a^ix	103.10 (2)
Ti_l^i—Sr_a—Si^i	55.73 (2)	Ti_l^ii—K_a—Na_a	0
Ti_l^i—Sr_a—Si^iii	146.23 (3)	Ti_l^ii—K_a—Ba_a	0
Ti_l^i—Sr_a—Si^v	73.20 (3)	Ti_l^ii—K_a—Ba_a^ii	52.184 (11)
Ti_l^i—Sr_a—Si^vi	106.66 (3)	Ti_l^ii—K_a—Ba_a^iii	103.10 (2)
Ti_l^i—Sr_a—Si^vii	106.17 (3)	Ti_l^ii—K_a—Ba_a^viii	52.184 (11)
Ti_l^i—Sr_a—K_a	0	Ti_l^ii—K_a—Ba_a^ix	103.10 (2)
Ti_l^i—Sr_a—K_a^ii	51.496 (17)	Ti_l^iii—K_a—Si^iv	149.17 (3)
Ti_l^i—Sr_a—K_a^iii	51.427 (19)	Ti_l^iii—K_a—Si^i	73.15 (3)
Ti_l^i—Sr_a—K_a^viii	144.92 (2)	Ti_l^iii—K_a—Si^iii	56.19 (3)
Ti_l^i—Sr_a—K_a^ix	144.00 (2)	Ti_l^iii—K_a—Si^v	56.19 (3)
Ti_l^i—Sr_a—Na_a	0	Ti_l^iii—K_a—Si^vi	149.17 (3)
Ti_l^i—Sr_a—Ba_a	0	Ti_l^iii—K_a—Si^vii	73.15 (3)
Ti_l—Sr_a—Ti_l^ii	103.680 (18)	Ti_l^iii—K_a—O1^i	80.78 (8)
Ti_l—Sr_a—Ti_l^iii	103.30 (2)	Ti_l^iii—K_a—O1^iii	31.03 (6)
Ti_l—Sr_a—Si^iv	106.66 (3)	Ti_l^iii—K_a—O1^v	31.03 (6)
Ti_l—Sr_a—Si^i	106.17 (3)	Ti_l^iii—K_a—O1^vii	80.78 (8)
Ti_l—Sr_a—Si^iii	73.20 (3)	Ti_l^iii—K_a—O3^iv	124.19 (7)
Ti_l—Sr_a—Si^v	146.23 (3)	Ti_l^iii—K_a—O3^iii	79.86 (7)
Ti_l—Sr_a—Si^vi	55.89 (3)	Ti_l^iii—K_a—O3^v	79.86 (7)
Ti_l—Sr_a—Si^vii	55.73 (2)	Ti_l^iii—K_a—O3^vi	124.19 (7)
Ti_l—Sr_a—K_a	0	Ti_l^iii—K_a—O4^iv	152.31 (10)
Ti_l—Sr_a—K_a^ii	144.92 (2)	Ti_l^iii—K_a—O4^i	59.55 (10)
Ti_l—Sr_a—K_a^iii	144.00 (2)	Ti_l^iii—K_a—K_a^ii	102.860 (19)
Ti_l—Sr_a—K_a^viii	51.496 (17)	Ti_l^iii—K_a—K_a^iii	51.869 (12)
Ti_l—Sr_a—K_a^ix	51.427 (19)	Ti_l^iii—K_a—K_a^viii	102.860 (19)
Ti_l—Sr_a—Na_a	0	Ti_l^iii—K_a—K_a^ix	51.869 (12)
Ti_l—Sr_a—Ba_a	0	Ti_l^iii—K_a—Na_a	0
Ti_l^ii—Sr_a—Ti_l^iii	92.53 (3)	Ti_l^iii—K_a—Ba_a	0
Ti_l^ii—Sr_a—Si^iv	73.58 (3)	Ti_l^iii—K_a—Ba_a^ii	102.860 (19)
Ti_l^ii—Sr_a—Si^i	149.12 (3)	Ti_l^iii—K_a—Ba_a^iii	51.869 (12)
Ti_l^ii—Sr_a—Si^iii	56.31 (2)	Ti_l^iii—K_a—Ba_a^viii	102.860 (19)
Ti_l^ii—Sr_a—Si^v	56.31 (2)	Ti_l^iii—K_a—Ba_a^ix	51.869 (12)
Ti_l^ii—Sr_a—Si^vi	73.58 (3)	Si^iv—K_a—Si^i	104.77 (3)
Ti_l^ii—Sr_a—Si^vii	149.12 (3)	Si^iv—K_a—Si^iii	127.13 (3)
Ti_l^ii—Sr_a—K_a	0	Si^iv—K_a—Si^v	93.89 (3)
Ti_l^ii—Sr_a—K_a^ii	52.184 (11)	Si^iv—K_a—Si^vi	53.51 (3)
Ti_l^ii—Sr_a—K_a^iii	103.10 (2)	Si^iv—K_a—Si^vii	131.10 (4)
Ti_l^ii—Sr_a—K_a^viii	52.184 (11)	Si^iv—K_a—O1^i	84.87 (7)
Ti_l^ii—Sr_a—K_a^ix	103.10 (2)	Si^iv—K_a—O1^iii	153.59 (7)
Ti_l^ii—Sr_a—Na_a	0	Si^iv—K_a—O1^v	118.19 (7)
Ti_l^ii—Sr_a—Ba_a	0	Si^iv—K_a—O1^vii	129.83 (8)
Ti_l^iii—Sr_a—Si^iv	149.17 (3)	Si^iv—K_a—O3^iv	28.01 (7)
Ti_l^iii—Sr_a—Si^i	73.15 (3)	Si^iv—K_a—O3^iii	98.73 (7)
Ti_l^iii—Sr_a—Si^iii	56.19 (3)	Si^iv—K_a—O3^v	74.16 (7)
Ti_l^iii—Sr_a—Si^v	56.19 (3)	Si^iv—K_a—O3^vi	81.49 (7)
Ti_l^iii—Sr_a—Si^vi	149.17 (3)	Si^iv—K_a—O4^iv	29.05 (4)
Ti_l^iii—Sr_a—Si^vii	73.15 (3)	Si^iv—K_a—O4^i	130.26 (8)
Ti_l^iii—Sr_a—K_a	0	Si^iv—K_a—K_a^ii	46.87 (2)
Ti_l^iii—Sr_a—K_a^ii	102.860 (19)	Si^iv—K_a—K_a^iii	103.68 (2)
Ti_l^iii—Sr_a—K_a^iii	51.869 (12)	Si^iv—K_a—K_a^viii	90.31 (3)
Ti_l^iii—Sr_a—K_a^viii	102.860 (19)	Si^iv—K_a—K_a^ix	157.16 (2)
Ti_l^iii—Sr_a—K_a^ix	51.869 (12)	Si^iv—K_a—Na_a	0
Ti_l^iii—Sr_a—Na_a	0	Si^iv—K_a—Ba_a	0
Ti_l^iii—Sr_a—Ba_a	0	Si^iv—K_a—Ba_a^ii	46.87 (2)
Si^iv—Sr_a—Si^i	104.77 (3)	Si^iv—K_a—Ba_a^iii	103.68 (2)
Si^iv—Sr_a—Si^iii	127.13 (3)	Si^iv—K_a—Ba_a^viii	90.31 (3)
Si^iv—Sr_a—Si^v	93.89 (3)	Si^iv—K_a—Ba_a^ix	157.16 (2)
Si^iv—Sr_a—Si^vi	53.51 (3)	Si^i—K_a—Si^iii	126.55 (4)
Si^iv—Sr_a—Si^vii	131.10 (4)	Si^i—K_a—Si^v	93.64 (3)
Si^iv—Sr_a—K_a	0	Si^i—K_a—Si^vi	131.10 (4)
Si^iv—Sr_a—K_a^ii	46.87 (2)	Si^i—K_a—Si^vii	53.10 (3)
Si^iv—Sr_a—K_a^iii	103.68 (2)	Si^i—K_a—O1^i	27.71 (7)
Si^iv—Sr_a—K_a^viii	90.31 (3)	Si^i—K_a—O1^iii	98.09 (6)
Si^iv—Sr_a—K_a^ix	157.16 (2)	Si^i—K_a—O1^v	73.77 (7)
Si^iv—Sr_a—Na_a	0	Si^i—K_a—O1^vii	80.76 (7)
Si^iv—Sr_a—Ba_a	0	Si^i—K_a—O3^iv	84.94 (6)
Si^i—Sr_a—Si^iii	126.55 (4)	Si^i—K_a—O3^iii	153.01 (7)
Si^i—Sr_a—Si^v	93.64 (3)	Si^i—K_a—O3^v	117.99 (7)
Si^i—Sr_a—Si^vi	131.10 (4)	Si^i—K_a—O3^vi	129.89 (7)
Si^i—Sr_a—Si^vii	53.10 (3)	Si^i—K_a—O4^iv	130.53 (8)
Si^i—Sr_a—K_a	0	Si^i—K_a—O4^i	28.78 (4)
Si^i—Sr_a—K_a^ii	103.50 (2)	Si^i—K_a—K_a^ii	103.50 (2)
Si^i—Sr_a—K_a^iii	46.53 (2)	Si^i—K_a—K_a^iii	46.53 (2)
Si^i—Sr_a—K_a^viii	156.59 (2)	Si^i—K_a—K_a^viii	156.59 (2)
Si^i—Sr_a—K_a^ix	89.56 (3)	Si^i—K_a—K_a^ix	89.56 (3)
Si^i—Sr_a—Na_a	0	Si^i—K_a—Na_a	0
Si^i—Sr_a—Ba_a	0	Si^i—K_a—Ba_a	0
Si^iii—Sr_a—Si^v	73.03 (3)	Si^i—K_a—Ba_a^ii	103.50 (2)
Si^iii—Sr_a—Si^vi	93.89 (3)	Si^i—K_a—Ba_a^iii	46.53 (2)
Si^iii—Sr_a—Si^vii	93.64 (3)	Si^i—K_a—Ba_a^viii	156.59 (2)
Si^iii—Sr_a—K_a	0	Si^i—K_a—Ba_a^ix	89.56 (3)
Si^iii—Sr_a—K_a^ii	103.24 (3)	Si^iii—K_a—Si^v	73.03 (3)
Si^iii—Sr_a—K_a^iii	102.99 (3)	Si^iii—K_a—Si^vi	93.89 (3)
Si^iii—Sr_a—K_a^viii	47.02 (2)	Si^iii—K_a—Si^vii	93.64 (3)
Si^iii—Sr_a—K_a^ix	47.11 (2)	Si^iii—K_a—O1^i	136.03 (8)
Si^iii—Sr_a—Na_a	0	Si^iii—K_a—O1^iii	28.46 (6)
Si^iii—Sr_a—Ba_a	0	Si^iii—K_a—O1^v	71.35 (7)
Si^v—Sr_a—Si^vi	127.13 (3)	Si^iii—K_a—O1^vii	75.81 (8)
Si^v—Sr_a—Si^vii	126.55 (4)	Si^iii—K_a—O3^iv	136.09 (7)
Si^v—Sr_a—K_a	0	Si^iii—K_a—O3^iii	28.40 (7)
Si^v—Sr_a—K_a^ii	47.02 (2)	Si^iii—K_a—O3^v	71.44 (7)
Si^v—Sr_a—K_a^iii	47.11 (2)	Si^iii—K_a—O3^vi	75.47 (7)
Si^v—Sr_a—K_a^viii	103.24 (3)	Si^iii—K_a—O4^iv	102.90 (8)
Si^v—Sr_a—K_a^ix	102.99 (3)	Si^iii—K_a—O4^i	102.59 (8)
Si^v—Sr_a—Na_a	0	Si^iii—K_a—K_a^ii	103.24 (3)
Si^v—Sr_a—Ba_a	0	Si^iii—K_a—K_a^iii	102.99 (3)
Si^vi—Sr_a—Si^vii	104.77 (3)	Si^iii—K_a—K_a^viii	47.02 (2)
Si^vi—Sr_a—K_a	0	Si^iii—K_a—K_a^ix	47.11 (2)
Si^vi—Sr_a—K_a^ii	90.31 (3)	Si^iii—K_a—Na_a	0
Si^vi—Sr_a—K_a^iii	157.16 (2)	Si^iii—K_a—Ba_a	0
Si^vi—Sr_a—K_a^viii	46.87 (2)	Si^iii—K_a—Ba_a^ii	103.24 (3)
Si^vi—Sr_a—K_a^ix	103.68 (2)	Si^iii—K_a—Ba_a^iii	102.99 (3)
Si^vi—Sr_a—Na_a	0	Si^iii—K_a—Ba_a^viii	47.02 (2)
Si^vi—Sr_a—Ba_a	0	Si^iii—K_a—Ba_a^ix	47.11 (2)
Si^vii—Sr_a—K_a	0	Si^v—K_a—Si^vi	127.13 (3)
Si^vii—Sr_a—K_a^ii	156.59 (2)	Si^v—K_a—Si^vii	126.55 (4)
Si^vii—Sr_a—K_a^iii	89.56 (3)	Si^v—K_a—O1^i	75.81 (8)
Si^vii—Sr_a—K_a^viii	103.50 (2)	Si^v—K_a—O1^iii	71.35 (7)
Si^vii—Sr_a—K_a^ix	46.53 (2)	Si^v—K_a—O1^v	28.46 (6)
Si^vii—Sr_a—Na_a	0	Si^v—K_a—O1^vii	136.03 (8)
Si^vii—Sr_a—Ba_a	0	Si^v—K_a—O3^iv	75.47 (7)
K_a—Sr_a—K_a^ii	0	Si^v—K_a—O3^iii	71.44 (7)
K_a—Sr_a—K_a^iii	0	Si^v—K_a—O3^v	28.40 (7)
K_a—Sr_a—K_a^viii	0	Si^v—K_a—O3^vi	136.09 (7)
K_a—Sr_a—K_a^ix	0	Si^v—K_a—O4^iv	102.90 (8)
K_a—Sr_a—Na_a	0	Si^v—K_a—O4^i	102.59 (8)
K_a—Sr_a—Ba_a	0	Si^v—K_a—K_a^ii	47.02 (2)
K_a^ii—Sr_a—K_a^iii	71.070 (13)	Si^v—K_a—K_a^iii	47.11 (2)
K_a^ii—Sr_a—K_a^viii	99.879 (17)	Si^v—K_a—K_a^viii	103.24 (3)
K_a^ii—Sr_a—K_a^ix	147.17 (2)	Si^v—K_a—K_a^ix	102.99 (3)
K_a^ii—Sr_a—Na_a	0	Si^v—K_a—Na_a	0
K_a^ii—Sr_a—Ba_a	0	Si^v—K_a—Ba_a	0
K_a^iii—Sr_a—K_a^viii	147.17 (2)	Si^v—K_a—Ba_a^ii	47.02 (2)
K_a^iii—Sr_a—K_a^ix	99.082 (18)	Si^v—K_a—Ba_a^iii	47.11 (2)
K_a^iii—Sr_a—Na_a	0	Si^v—K_a—Ba_a^viii	103.24 (3)
K_a^iii—Sr_a—Ba_a	0	Si^v—K_a—Ba_a^ix	102.99 (3)
K_a^viii—Sr_a—K_a^ix	71.070 (13)	Si^vi—K_a—Si^vii	104.77 (3)
K_a^viii—Sr_a—Na_a	0	Si^vi—K_a—O1^i	129.83 (8)
K_a^viii—Sr_a—Ba_a	0	Si^vi—K_a—O1^iii	118.19 (7)
K_a^ix—Sr_a—Na_a	0	Si^vi—K_a—O1^v	153.59 (7)
K_a^ix—Sr_a—Ba_a	0	Si^vi—K_a—O1^vii	84.87 (7)
Na_a—Sr_a—Ba_a	0	Si^vi—K_a—O3^iv	81.49 (7)
Sr_a—Ti_l—Sr_a^xii	140.56 (4)	Si^vi—K_a—O3^iii	74.16 (7)
Sr_a—Ti_l—Sr_a^viii	76.320 (18)	Si^vi—K_a—O3^v	98.73 (7)
Sr_a—Ti_l—Sr_a^ix	76.70 (2)	Si^vi—K_a—O3^vi	28.01 (7)
Sr_a—Ti_l—Na_m1	106.19 (2)	Si^vi—K_a—O4^iv	29.05 (4)
Sr_a—Ti_l—Na_m2^x	140.57 (4)	Si^vi—K_a—O4^i	130.26 (8)
Sr_a—Ti_l—Na_m2^v	77.52 (3)	Si^vi—K_a—K_a^ii	90.31 (3)
Sr_a—Ti_l—O1	124.43 (11)	Si^vi—K_a—K_a^iii	157.16 (2)
Sr_a—Ti_l—O1^vii	44.02 (9)	Si^vi—K_a—K_a^viii	46.87 (2)
Sr_a—Ti_l—O2	109.72 (2)	Si^vi—K_a—K_a^ix	103.68 (2)
Sr_a—Ti_l—O3^xi	123.35 (10)	Si^vi—K_a—Na_a	0
Sr_a—Ti_l—O3^vi	43.92 (9)	Si^vi—K_a—Ba_a	0
Sr_a—Ti_l—K_a	0.0 (5)	Si^vi—K_a—Ba_a^ii	90.31 (3)
Sr_a—Ti_l—K_a^xii	140.56 (4)	Si^vi—K_a—Ba_a^iii	157.16 (2)
Sr_a—Ti_l—K_a^viii	76.320 (18)	Si^vi—K_a—Ba_a^viii	46.87 (2)
Sr_a—Ti_l—K_a^ix	76.70 (2)	Si^vi—K_a—Ba_a^ix	103.68 (2)
Sr_a—Ti_l—Ba_a	0.0 (5)	Si^vii—K_a—O1^i	80.76 (7)
Sr_a—Ti_l—Ba_a^xii	140.56 (4)	Si^vii—K_a—O1^iii	73.77 (7)
Sr_a—Ti_l—Ba_a^viii	76.320 (18)	Si^vii—K_a—O1^v	98.09 (6)
Sr_a—Ti_l—Ba_a^ix	76.70 (2)	Si^vii—K_a—O1^vii	27.71 (7)
Sr_a—Ti_l—Ca_m2^x	140.57 (4)	Si^vii—K_a—O3^iv	129.89 (7)
Sr_a—Ti_l—Ca_m2^v	77.52 (3)	Si^vii—K_a—O3^iii	117.99 (7)
Sr_a^xii—Ti_l—Sr_a^viii	76.320 (18)	Si^vii—K_a—O3^v	153.01 (7)
Sr_a^xii—Ti_l—Sr_a^ix	76.70 (2)	Si^vii—K_a—O3^vi	84.94 (6)
Sr_a^xii—Ti_l—Na_m1	106.19 (2)	Si^vii—K_a—O4^iv	130.53 (8)
Sr_a^xii—Ti_l—Na_m2^x	77.52 (3)	Si^vii—K_a—O4^i	28.78 (4)
Sr_a^xii—Ti_l—Na_m2^v	140.57 (4)	Si^vii—K_a—K_a^ii	156.59 (2)
Sr_a^xii—Ti_l—O1	44.02 (9)	Si^vii—K_a—K_a^iii	89.56 (3)
Sr_a^xii—Ti_l—O1^vii	124.43 (11)	Si^vii—K_a—K_a^viii	103.50 (2)
Sr_a^xii—Ti_l—O2	109.72 (2)	Si^vii—K_a—K_a^ix	46.53 (2)
Sr_a^xii—Ti_l—O3^xi	43.92 (9)	Si^vii—K_a—Na_a	0
Sr_a^xii—Ti_l—O3^vi	123.35 (10)	Si^vii—K_a—Ba_a	0
Sr_a^xii—Ti_l—K_a	140.56 (4)	Si^vii—K_a—Ba_a^ii	156.59 (2)
Sr_a^xii—Ti_l—K_a^xii	0.0 (5)	Si^vii—K_a—Ba_a^iii	89.56 (3)
Sr_a^xii—Ti_l—K_a^viii	76.320 (18)	Si^vii—K_a—Ba_a^viii	103.50 (2)
Sr_a^xii—Ti_l—K_a^ix	76.70 (2)	Si^vii—K_a—Ba_a^ix	46.53 (2)
Sr_a^xii—Ti_l—Ba_a	140.56 (4)	O1^i—K_a—O1^iii	111.27 (10)
Sr_a^xii—Ti_l—Ba_a^xii	0.0 (5)	O1^i—K_a—O1^v	66.46 (10)
Sr_a^xii—Ti_l—Ba_a^viii	76.320 (18)	O1^i—K_a—O1^vii	108.34 (9)
Sr_a^xii—Ti_l—Ba_a^ix	76.70 (2)	O1^i—K_a—O3^iv	60.26 (9)
Sr_a^xii—Ti_l—Ca_m2^x	77.52 (3)	O1^i—K_a—O3^iii	147.22 (10)
Sr_a^xii—Ti_l—Ca_m2^v	140.57 (4)	O1^i—K_a—O3^v	94.34 (9)
Sr_a^viii—Ti_l—Sr_a^ix	92.53 (3)	O1^i—K_a—O3^vi	145.84 (11)
Sr_a^viii—Ti_l—Na_m1	100.21 (3)	O1^i—K_a—O4^iv	113.80 (8)
Sr_a^viii—Ti_l—Na_m2^x	136.76 (3)	O1^i—K_a—O4^i	55.49 (7)
Sr_a^viii—Ti_l—Na_m2^v	136.76 (3)	O1^i—K_a—K_a^ii	75.83 (6)
Sr_a^viii—Ti_l—O1	109.63 (10)	O1^i—K_a—K_a^iii	34.09 (8)
Sr_a^viii—Ti_l—O1^vii	109.63 (10)	O1^i—K_a—K_a^viii	175.00 (7)
Sr_a^viii—Ti_l—O2	134.22 (16)	O1^i—K_a—K_a^ix	113.93 (7)
Sr_a^viii—Ti_l—O3^xi	47.80 (9)	O1^i—K_a—Na_a	0
Sr_a^viii—Ti_l—O3^vi	47.80 (9)	O1^i—K_a—Ba_a	0
Sr_a^viii—Ti_l—K_a	76.320 (18)	O1^i—K_a—Ba_a^ii	75.83 (6)
Sr_a^viii—Ti_l—K_a^xii	76.320 (18)	O1^i—K_a—Ba_a^iii	34.09 (8)
Sr_a^viii—Ti_l—K_a^viii	0.0 (5)	O1^i—K_a—Ba_a^viii	175.00 (7)
Sr_a^viii—Ti_l—K_a^ix	92.53 (3)	O1^i—K_a—Ba_a^ix	113.93 (7)
Sr_a^viii—Ti_l—Ba_a	76.320 (18)	O1^iii—K_a—O1^v	56.08 (9)
Sr_a^viii—Ti_l—Ba_a^xii	76.320 (18)	O1^iii—K_a—O1^vii	66.46 (10)
Sr_a^viii—Ti_l—Ba_a^viii	0.0 (5)	O1^iii—K_a—O3^iv	146.81 (10)
Sr_a^viii—Ti_l—Ba_a^ix	92.53 (3)	O1^iii—K_a—O3^iii	56.27 (9)
Sr_a^viii—Ti_l—Ca_m2^x	136.76 (3)	O1^iii—K_a—O3^v	83.59 (9)
Sr_a^viii—Ti_l—Ca_m2^v	136.76 (3)	O1^iii—K_a—O3^vi	93.98 (10)
Sr_a^ix—Ti_l—Na_m1	167.26 (3)	O1^iii—K_a—O4^iv	131.34 (9)
Sr_a^ix—Ti_l—Na_m2^x	114.04 (3)	O1^iii—K_a—O4^i	75.41 (10)
Sr_a^ix—Ti_l—Na_m2^v	114.04 (3)	O1^iii—K_a—K_a^ii	115.01 (7)
Sr_a^ix—Ti_l—O1	48.43 (10)	O1^iii—K_a—K_a^iii	82.57 (7)
Sr_a^ix—Ti_l—O1^vii	48.43 (10)	O1^iii—K_a—K_a^viii	72.74 (6)
Sr_a^ix—Ti_l—O2	133.25 (16)	O1^iii—K_a—K_a^ix	32.37 (7)
Sr_a^ix—Ti_l—O3^xi	109.59 (11)	O1^iii—K_a—Na_a	0
Sr_a^ix—Ti_l—O3^vi	109.59 (11)	O1^iii—K_a—Ba_a	0
Sr_a^ix—Ti_l—K_a	76.70 (2)	O1^iii—K_a—Ba_a^ii	115.01 (7)
Sr_a^ix—Ti_l—K_a^xii	76.70 (2)	O1^iii—K_a—Ba_a^iii	82.57 (7)
Sr_a^ix—Ti_l—K_a^viii	92.53 (3)	O1^iii—K_a—Ba_a^viii	72.74 (6)
Sr_a^ix—Ti_l—K_a^ix	0.0 (5)	O1^iii—K_a—Ba_a^ix	32.37 (7)
Sr_a^ix—Ti_l—Ba_a	76.70 (2)	O1^v—K_a—O1^vii	111.27 (10)
Sr_a^ix—Ti_l—Ba_a^xii	76.70 (2)	O1^v—K_a—O3^iv	93.98 (10)
Sr_a^ix—Ti_l—Ba_a^viii	92.53 (3)	O1^v—K_a—O3^iii	83.59 (9)
Sr_a^ix—Ti_l—Ba_a^ix	0.0 (5)	O1^v—K_a—O3^v	56.27 (9)
Sr_a^ix—Ti_l—Ca_m2^x	114.04 (3)	O1^v—K_a—O3^vi	146.81 (10)
Sr_a^ix—Ti_l—Ca_m2^v	114.04 (3)	O1^v—K_a—O4^iv	131.34 (9)
Na_m1—Ti_l—Na_m2^x	55.80 (2)	O1^v—K_a—O4^i	75.41 (10)
Na_m1—Ti_l—Na_m2^v	55.80 (2)	O1^v—K_a—K_a^ii	72.74 (6)
Na_m1—Ti_l—O1	125.42 (11)	O1^v—K_a—K_a^iii	32.37 (7)
Na_m1—Ti_l—O1^vii	125.42 (11)	O1^v—K_a—K_a^viii	115.01 (7)
Na_m1—Ti_l—O2	34.01 (16)	O1^v—K_a—K_a^ix	82.57 (7)
Na_m1—Ti_l—O3^xi	79.51 (10)	O1^v—K_a—Na_a	0
Na_m1—Ti_l—O3^vi	79.51 (10)	O1^v—K_a—Ba_a	0
Na_m1—Ti_l—K_a	106.19 (2)	O1^v—K_a—Ba_a^ii	72.74 (6)
Na_m1—Ti_l—K_a^xii	106.19 (2)	O1^v—K_a—Ba_a^iii	32.37 (7)
Na_m1—Ti_l—K_a^viii	100.21 (3)	O1^v—K_a—Ba_a^viii	115.01 (7)
Na_m1—Ti_l—K_a^ix	167.26 (3)	O1^v—K_a—Ba_a^ix	82.57 (7)
Na_m1—Ti_l—Ba_a	106.19 (2)	O1^vii—K_a—O3^iv	145.84 (11)
Na_m1—Ti_l—Ba_a^xii	106.19 (2)	O1^vii—K_a—O3^iii	94.34 (9)
Na_m1—Ti_l—Ba_a^viii	100.21 (3)	O1^vii—K_a—O3^v	147.22 (10)
Na_m1—Ti_l—Ba_a^ix	167.26 (3)	O1^vii—K_a—O3^vi	60.26 (9)
Na_m1—Ti_l—Ca_m2^x	55.80 (2)	O1^vii—K_a—O4^iv	113.80 (8)
Na_m1—Ti_l—Ca_m2^v	55.80 (2)	O1^vii—K_a—O4^i	55.49 (7)
Na_m2^x—Ti_l—Na_m2^v	63.34 (4)	O1^vii—K_a—K_a^ii	175.00 (7)
Na_m2^x—Ti_l—O1	71.51 (11)	O1^vii—K_a—K_a^iii	113.93 (7)
Na_m2^x—Ti_l—O1^vii	113.53 (10)	O1^vii—K_a—K_a^viii	75.83 (6)
Na_m2^x—Ti_l—O2	34.57 (6)	O1^vii—K_a—K_a^ix	34.09 (8)
Na_m2^x—Ti_l—O3^xi	90.03 (10)	O1^vii—K_a—Na_a	0
Na_m2^x—Ti_l—O3^vi	135.15 (11)	O1^vii—K_a—Ba_a	0
Na_m2^x—Ti_l—K_a	140.57 (4)	O1^vii—K_a—Ba_a^ii	175.00 (7)
Na_m2^x—Ti_l—K_a^xii	77.52 (3)	O1^vii—K_a—Ba_a^iii	113.93 (7)
Na_m2^x—Ti_l—K_a^viii	136.76 (3)	O1^vii—K_a—Ba_a^viii	75.83 (6)
Na_m2^x—Ti_l—K_a^ix	114.04 (3)	O1^vii—K_a—Ba_a^ix	34.09 (8)
Na_m2^x—Ti_l—Ba_a	140.57 (4)	O3^iv—K_a—O3^iii	111.59 (9)
Na_m2^x—Ti_l—Ba_a^xii	77.52 (3)	O3^iv—K_a—O3^v	66.28 (10)
Na_m2^x—Ti_l—Ba_a^viii	136.76 (3)	O3^iv—K_a—O3^vi	109.41 (10)
Na_m2^x—Ti_l—Ba_a^ix	114.04 (3)	O3^iv—K_a—O4^iv	55.94 (7)
Na_m2^x—Ti_l—Ca_m2^x	0.0 (5)	O3^iv—K_a—O4^i	113.61 (8)
Na_m2^x—Ti_l—Ca_m2^v	63.34 (4)	O3^iv—K_a—K_a^ii	33.81 (7)
Na_m2^v—Ti_l—O1	113.53 (10)	O3^iv—K_a—K_a^iii	75.69 (7)
Na_m2^v—Ti_l—O1^vii	71.51 (11)	O3^iv—K_a—K_a^viii	114.74 (6)
Na_m2^v—Ti_l—O2	34.57 (6)	O3^iv—K_a—K_a^ix	174.16 (6)
Na_m2^v—Ti_l—O3^xi	135.15 (11)	O3^iv—K_a—Na_a	0
Na_m2^v—Ti_l—O3^vi	90.03 (10)	O3^iv—K_a—Ba_a	0
Na_m2^v—Ti_l—K_a	77.52 (3)	O3^iv—K_a—Ba_a^ii	33.81 (7)
Na_m2^v—Ti_l—K_a^xii	140.57 (4)	O3^iv—K_a—Ba_a^iii	75.69 (7)
Na_m2^v—Ti_l—K_a^viii	136.76 (3)	O3^iv—K_a—Ba_a^viii	114.74 (6)
Na_m2^v—Ti_l—K_a^ix	114.04 (3)	O3^iv—K_a—Ba_a^ix	174.16 (6)
Na_m2^v—Ti_l—Ba_a	77.52 (3)	O3^iii—K_a—O3^v	56.30 (9)
Na_m2^v—Ti_l—Ba_a^xii	140.57 (4)	O3^iii—K_a—O3^vi	66.28 (10)
Na_m2^v—Ti_l—Ba_a^viii	136.76 (3)	O3^iii—K_a—O4^iv	75.78 (10)
Na_m2^v—Ti_l—Ba_a^ix	114.04 (3)	O3^iii—K_a—O4^i	130.97 (10)
Na_m2^v—Ti_l—Ca_m2^x	63.34 (4)	O3^iii—K_a—K_a^ii	83.02 (6)
Na_m2^v—Ti_l—Ca_m2^v	0.0 (5)	O3^iii—K_a—K_a^iii	115.01 (7)
O1—Ti_l—O1^vii	86.05 (14)	O3^iii—K_a—K_a^viii	32.47 (7)
O1—Ti_l—O2	103.36 (16)	O3^iii—K_a—K_a^ix	72.83 (6)
O1—Ti_l—O3^xi	87.94 (13)	O3^iii—K_a—Na_a	0
O1—Ti_l—O3^vi	152.20 (15)	O3^iii—K_a—Ba_a	0
O1—Ti_l—K_a	124.43 (11)	O3^iii—K_a—Ba_a^ii	83.02 (6)
O1—Ti_l—K_a^xii	44.02 (9)	O3^iii—K_a—Ba_a^iii	115.01 (7)
O1—Ti_l—K_a^viii	109.63 (10)	O3^iii—K_a—Ba_a^viii	32.47 (7)
O1—Ti_l—K_a^ix	48.43 (10)	O3^iii—K_a—Ba_a^ix	72.83 (6)
O1—Ti_l—Ba_a	124.43 (11)	O3^v—K_a—O3^vi	111.59 (9)
O1—Ti_l—Ba_a^xii	44.02 (9)	O3^v—K_a—O4^iv	75.78 (10)
O1—Ti_l—Ba_a^viii	109.63 (10)	O3^v—K_a—O4^i	130.97 (10)
O1—Ti_l—Ba_a^ix	48.43 (10)	O3^v—K_a—K_a^ii	32.47 (7)
O1—Ti_l—Ca_m2^x	71.51 (11)	O3^v—K_a—K_a^iii	72.83 (6)
O1—Ti_l—Ca_m2^v	113.53 (10)	O3^v—K_a—K_a^viii	83.02 (6)
O1^vii—Ti_l—O2	103.36 (16)	O3^v—K_a—K_a^ix	115.01 (7)
O1^vii—Ti_l—O3^xi	152.20 (15)	O3^v—K_a—Na_a	0
O1^vii—Ti_l—O3^vi	87.94 (13)	O3^v—K_a—Ba_a	0
O1^vii—Ti_l—K_a	44.02 (9)	O3^v—K_a—Ba_a^ii	32.47 (7)
O1^vii—Ti_l—K_a^xii	124.43 (11)	O3^v—K_a—Ba_a^iii	72.83 (6)
O1^vii—Ti_l—K_a^viii	109.63 (10)	O3^v—K_a—Ba_a^viii	83.02 (6)
O1^vii—Ti_l—K_a^ix	48.43 (10)	O3^v—K_a—Ba_a^ix	115.01 (7)
O1^vii—Ti_l—Ba_a	44.02 (9)	O3^vi—K_a—O4^iv	55.94 (7)
O1^vii—Ti_l—Ba_a^xii	124.43 (11)	O3^vi—K_a—O4^i	113.61 (8)
O1^vii—Ti_l—Ba_a^viii	109.63 (10)	O3^vi—K_a—K_a^ii	114.74 (6)
O1^vii—Ti_l—Ba_a^ix	48.43 (10)	O3^vi—K_a—K_a^iii	174.16 (6)
O1^vii—Ti_l—Ca_m2^x	113.53 (10)	O3^vi—K_a—K_a^viii	33.81 (7)
O1^vii—Ti_l—Ca_m2^v	71.51 (11)	O3^vi—K_a—K_a^ix	75.69 (7)
O2—Ti_l—O3^xi	104.43 (16)	O3^vi—K_a—Na_a	0
O2—Ti_l—O3^vi	104.43 (16)	O3^vi—K_a—Ba_a	0
O2—Ti_l—K_a	109.72 (2)	O3^vi—K_a—Ba_a^ii	114.74 (6)
O2—Ti_l—K_a^xii	109.72 (2)	O3^vi—K_a—Ba_a^iii	174.16 (6)
O2—Ti_l—K_a^viii	134.22 (16)	O3^vi—K_a—Ba_a^viii	33.81 (7)
O2—Ti_l—K_a^ix	133.25 (16)	O3^vi—K_a—Ba_a^ix	75.69 (7)
O2—Ti_l—Ba_a	109.72 (2)	O4^iv—K_a—O4^i	148.13 (14)
O2—Ti_l—Ba_a^xii	109.72 (2)	O4^iv—K_a—K_a^ii	61.47 (5)
O2—Ti_l—Ba_a^viii	134.22 (16)	O4^iv—K_a—K_a^iii	129.753 (16)
O2—Ti_l—Ba_a^ix	133.25 (16)	O4^iv—K_a—K_a^viii	61.47 (5)
O2—Ti_l—Ca_m2^x	34.57 (6)	O4^iv—K_a—K_a^ix	129.753 (16)
O2—Ti_l—Ca_m2^v	34.57 (6)	O4^iv—K_a—Na_a	0
O3^xi—Ti_l—O3^vi	84.85 (13)	O4^iv—K_a—Ba_a	0
O3^xi—Ti_l—K_a	123.35 (10)	O4^iv—K_a—Ba_a^ii	61.47 (5)
O3^xi—Ti_l—K_a^xii	43.92 (9)	O4^iv—K_a—Ba_a^iii	129.753 (16)
O3^xi—Ti_l—K_a^viii	47.80 (9)	O4^iv—K_a—Ba_a^viii	61.47 (5)
O3^xi—Ti_l—K_a^ix	109.59 (11)	O4^iv—K_a—Ba_a^ix	129.753 (16)
O3^xi—Ti_l—Ba_a	123.35 (10)	O4^i—K_a—K_a^ii	129.301 (18)
O3^xi—Ti_l—Ba_a^xii	43.92 (9)	O4^i—K_a—K_a^iii	60.99 (5)
O3^xi—Ti_l—Ba_a^viii	47.80 (9)	O4^i—K_a—K_a^viii	129.301 (18)
O3^xi—Ti_l—Ba_a^ix	109.59 (11)	O4^i—K_a—K_a^ix	60.99 (5)
O3^xi—Ti_l—Ca_m2^x	90.03 (10)	O4^i—K_a—Na_a	0
O3^xi—Ti_l—Ca_m2^v	135.15 (11)	O4^i—K_a—Ba_a	0
O3^vi—Ti_l—K_a	43.92 (9)	O4^i—K_a—Ba_a^ii	129.301 (18)
O3^vi—Ti_l—K_a^xii	123.35 (10)	O4^i—K_a—Ba_a^iii	60.99 (5)
O3^vi—Ti_l—K_a^viii	47.80 (9)	O4^i—K_a—Ba_a^viii	129.301 (18)
O3^vi—Ti_l—K_a^ix	109.59 (11)	O4^i—K_a—Ba_a^ix	60.99 (5)
O3^vi—Ti_l—Ba_a	43.92 (9)	K_a^ii—K_a—K_a^iii	71.070 (13)
O3^vi—Ti_l—Ba_a^xii	123.35 (10)	K_a^ii—K_a—K_a^viii	99.879 (17)
O3^vi—Ti_l—Ba_a^viii	47.80 (9)	K_a^ii—K_a—K_a^ix	147.17 (2)
O3^vi—Ti_l—Ba_a^ix	109.59 (11)	K_a^ii—K_a—Na_a	0
O3^vi—Ti_l—Ca_m2^x	135.15 (11)	K_a^ii—K_a—Ba_a	0
O3^vi—Ti_l—Ca_m2^v	90.03 (10)	K_a^ii—K_a—Ba_a^ii	0.0 (5)
K_a—Ti_l—K_a^xii	140.56 (4)	K_a^ii—K_a—Ba_a^iii	71.070 (13)
K_a—Ti_l—K_a^viii	76.320 (18)	K_a^ii—K_a—Ba_a^viii	99.879 (17)
K_a—Ti_l—K_a^ix	76.70 (2)	K_a^ii—K_a—Ba_a^ix	147.17 (2)
K_a—Ti_l—Ba_a	0.0 (5)	K_a^iii—K_a—K_a^viii	147.17 (2)
K_a—Ti_l—Ba_a^xii	140.56 (4)	K_a^iii—K_a—K_a^ix	99.082 (18)
K_a—Ti_l—Ba_a^viii	76.320 (18)	K_a^iii—K_a—Na_a	0
K_a—Ti_l—Ba_a^ix	76.70 (2)	K_a^iii—K_a—Ba_a	0
K_a—Ti_l—Ca_m2^x	140.57 (4)	K_a^iii—K_a—Ba_a^ii	71.070 (13)
K_a—Ti_l—Ca_m2^v	77.52 (3)	K_a^iii—K_a—Ba_a^iii	0.0 (5)
K_a^xii—Ti_l—K_a^viii	76.320 (18)	K_a^iii—K_a—Ba_a^viii	147.17 (2)
K_a^xii—Ti_l—K_a^ix	76.70 (2)	K_a^iii—K_a—Ba_a^ix	99.082 (18)
K_a^xii—Ti_l—Ba_a	140.56 (4)	K_a^viii—K_a—K_a^ix	71.070 (13)
K_a^xii—Ti_l—Ba_a^xii	0.0 (5)	K_a^viii—K_a—Na_a	0
K_a^xii—Ti_l—Ba_a^viii	76.320 (18)	K_a^viii—K_a—Ba_a	0
K_a^xii—Ti_l—Ba_a^ix	76.70 (2)	K_a^viii—K_a—Ba_a^ii	99.879 (17)
K_a^xii—Ti_l—Ca_m2^x	77.52 (3)	K_a^viii—K_a—Ba_a^iii	147.17 (2)
K_a^xii—Ti_l—Ca_m2^v	140.57 (4)	K_a^viii—K_a—Ba_a^viii	0.0 (5)
K_a^viii—Ti_l—K_a^ix	92.53 (3)	K_a^viii—K_a—Ba_a^ix	71.070 (13)
K_a^viii—Ti_l—Ba_a	76.320 (18)	K_a^ix—K_a—Na_a	0
K_a^viii—Ti_l—Ba_a^xii	76.320 (18)	K_a^ix—K_a—Ba_a	0
K_a^viii—Ti_l—Ba_a^viii	0.0 (5)	K_a^ix—K_a—Ba_a^ii	147.17 (2)
K_a^viii—Ti_l—Ba_a^ix	92.53 (3)	K_a^ix—K_a—Ba_a^iii	99.082 (18)
K_a^viii—Ti_l—Ca_m2^x	136.76 (3)	K_a^ix—K_a—Ba_a^viii	71.070 (13)
K_a^viii—Ti_l—Ca_m2^v	136.76 (3)	K_a^ix—K_a—Ba_a^ix	0.0 (5)
K_a^ix—Ti_l—Ba_a	76.70 (2)	Na_a—K_a—Ba_a	0
K_a^ix—Ti_l—Ba_a^xii	76.70 (2)	Na_a—K_a—Ba_a^ii	0
K_a^ix—Ti_l—Ba_a^viii	92.53 (3)	Na_a—K_a—Ba_a^iii	0
K_a^ix—Ti_l—Ba_a^ix	0.0 (5)	Na_a—K_a—Ba_a^viii	0
K_a^ix—Ti_l—Ca_m2^x	114.04 (3)	Na_a—K_a—Ba_a^ix	0
K_a^ix—Ti_l—Ca_m2^v	114.04 (3)	Ba_a—K_a—Ba_a^ii	0
Ba_a—Ti_l—Ba_a^xii	140.56 (4)	Ba_a—K_a—Ba_a^iii	0
Ba_a—Ti_l—Ba_a^viii	76.320 (18)	Ba_a—K_a—Ba_a^viii	0
Ba_a—Ti_l—Ba_a^ix	76.70 (2)	Ba_a—K_a—Ba_a^ix	0
Ba_a—Ti_l—Ca_m2^x	140.57 (4)	Ba_a^ii—K_a—Ba_a^iii	71.070 (13)
Ba_a—Ti_l—Ca_m2^v	77.52 (3)	Ba_a^ii—K_a—Ba_a^viii	99.879 (17)
Ba_a^xii—Ti_l—Ba_a^viii	76.320 (18)	Ba_a^ii—K_a—Ba_a^ix	147.17 (2)
Ba_a^xii—Ti_l—Ba_a^ix	76.70 (2)	Ba_a^iii—K_a—Ba_a^viii	147.17 (2)
Ba_a^xii—Ti_l—Ca_m2^x	77.52 (3)	Ba_a^iii—K_a—Ba_a^ix	99.082 (18)
Ba_a^xii—Ti_l—Ca_m2^v	140.57 (4)	Ba_a^viii—K_a—Ba_a^ix	71.070 (13)
Ba_a^viii—Ti_l—Ba_a^ix	92.53 (3)	Sr_a—Na_a—K_a	0
Ba_a^viii—Ti_l—Ca_m2^x	136.76 (3)	Sr_a—Na_a—Ba_a	0
Ba_a^viii—Ti_l—Ca_m2^v	136.76 (3)	K_a—Na_a—Ba_a	0
Ba_a^ix—Ti_l—Ca_m2^x	114.04 (3)	Sr_a—Ba_a—Ti_l^i	0
Ba_a^ix—Ti_l—Ca_m2^v	114.04 (3)	Sr_a—Ba_a—Ti_l	0
Ca_m2^x—Ti_l—Ca_m2^v	63.34 (4)	Sr_a—Ba_a—Ti_l^ii	0
Ti_l—Na_m1—Ti_l^xvi	180.0 (5)	Sr_a—Ba_a—Ti_l^iii	0
Ti_l—Na_m1—Na_m2^xiii	117.189 (17)	Sr_a—Ba_a—Si^iv	0
Ti_l—Na_m1—Na_m2^x	62.811 (17)	Sr_a—Ba_a—Si^i	0
Ti_l—Na_m1—Na_m2^xiv	117.189 (17)	Sr_a—Ba_a—Si^iii	0
Ti_l—Na_m1—Na_m2^v	62.811 (17)	Sr_a—Ba_a—Si^v	0
Ti_l—Na_m1—Ti_m3^xv	90	Sr_a—Ba_a—Si^vi	0
Ti_l—Na_m1—Ti_m3^x	90	Sr_a—Ba_a—Si^vii	0
Ti_l—Na_m1—O2	24.31 (12)	Sr_a—Ba_a—O1^i	0
Ti_l—Na_m1—O2^xvi	155.69 (12)	Sr_a—Ba_a—O1^iii	0
Ti_l—Na_m1—Mn_m2^xiii	117.189 (17)	Sr_a—Ba_a—O1^v	0
Ti_l—Na_m1—Mn_m2^x	62.811 (17)	Sr_a—Ba_a—O1^vii	0
Ti_l—Na_m1—Mn_m2^xiv	117.189 (17)	Sr_a—Ba_a—O3^iv	0
Ti_l—Na_m1—Mn_m2^v	62.811 (17)	Sr_a—Ba_a—O3^iii	0
Ti_l—Na_m1—Ca_m2^xiii	117.189 (17)	Sr_a—Ba_a—O3^v	0
Ti_l—Na_m1—Ca_m2^x	62.811 (17)	Sr_a—Ba_a—O3^vi	0
Ti_l—Na_m1—Ca_m2^xiv	117.189 (17)	Sr_a—Ba_a—O4^iv	0
Ti_l—Na_m1—Ca_m2^v	62.811 (17)	Sr_a—Ba_a—O4^i	0
Ti_l—Na_m1—Mg_m3^xv	90	Sr_a—Ba_a—K_a	0
Ti_l—Na_m1—Mg_m3^x	90	Sr_a—Ba_a—K_a^ii	0
Ti_l^xvi—Na_m1—Na_m2^xiii	62.811 (17)	Sr_a—Ba_a—K_a^iii	0
Ti_l^xvi—Na_m1—Na_m2^x	117.189 (17)	Sr_a—Ba_a—K_a^viii	0
Ti_l^xvi—Na_m1—Na_m2^xiv	62.811 (17)	Sr_a—Ba_a—K_a^ix	0
Ti_l^xvi—Na_m1—Na_m2^v	117.189 (17)	Sr_a—Ba_a—Na_a	0
Ti_l^xvi—Na_m1—Ti_m3^xv	90	Sr_a—Ba_a—Ba_a^ii	0
Ti_l^xvi—Na_m1—Ti_m3^x	90	Sr_a—Ba_a—Ba_a^iii	0
Ti_l^xvi—Na_m1—O2	155.69 (12)	Sr_a—Ba_a—Ba_a^viii	0
Ti_l^xvi—Na_m1—O2^xvi	24.31 (12)	Sr_a—Ba_a—Ba_a^ix	0
Ti_l^xvi—Na_m1—Mn_m2^xiii	62.811 (17)	Ti_l^i—Ba_a—Ti_l	140.56 (3)
Ti_l^xvi—Na_m1—Mn_m2^x	117.189 (17)	Ti_l^i—Ba_a—Ti_l^ii	103.680 (18)
Ti_l^xvi—Na_m1—Mn_m2^xiv	62.811 (17)	Ti_l^i—Ba_a—Ti_l^iii	103.30 (2)
Ti_l^xvi—Na_m1—Mn_m2^v	117.189 (17)	Ti_l^i—Ba_a—Si^iv	55.89 (3)
Ti_l^xvi—Na_m1—Ca_m2^xiii	62.811 (17)	Ti_l^i—Ba_a—Si^i	55.73 (2)
Ti_l^xvi—Na_m1—Ca_m2^x	117.189 (17)	Ti_l^i—Ba_a—Si^iii	146.23 (3)
Ti_l^xvi—Na_m1—Ca_m2^xiv	62.811 (17)	Ti_l^i—Ba_a—Si^v	73.20 (3)
Ti_l^xvi—Na_m1—Ca_m2^v	117.189 (17)	Ti_l^i—Ba_a—Si^vi	106.66 (3)
Ti_l^xvi—Na_m1—Mg_m3^xv	90	Ti_l^i—Ba_a—Si^vii	106.17 (3)
Ti_l^xvi—Na_m1—Mg_m3^x	90	Ti_l^i—Ba_a—O1^i	30.08 (7)
Na_m2^xiii—Na_m1—Na_m2^x	111.24 (4)	Ti_l^i—Ba_a—O1^iii	133.77 (7)
Na_m2^xiii—Na_m1—Na_m2^xiv	68.76 (4)	Ti_l^i—Ba_a—O1^v	78.86 (7)
Na_m2^xiii—Na_m1—Na_m2^v	180.0 (5)	Ti_l^i—Ba_a—O1^vii	131.38 (7)
Na_m2^xiii—Na_m1—Ti_m3^xv	124.38 (3)	Ti_l^i—Ba_a—O3^iv	30.19 (6)
Na_m2^xiii—Na_m1—Ti_m3^x	55.62 (3)	Ti_l^i—Ba_a—O3^iii	134.26 (7)
Na_m2^xiii—Na_m1—O2	134.37 (7)	Ti_l^i—Ba_a—O3^v	79.03 (7)
Na_m2^xiii—Na_m1—O2^xvi	45.63 (7)	Ti_l^i—Ba_a—O3^vi	132.24 (8)
Na_m2^xiii—Na_m1—Mn_m2^xiii	0.0 (5)	Ti_l^i—Ba_a—O4^iv	84.90 (4)
Na_m2^xiii—Na_m1—Mn_m2^x	111.24 (4)	Ti_l^i—Ba_a—O4^i	84.47 (4)
Na_m2^xiii—Na_m1—Mn_m2^xiv	68.76 (4)	Ti_l^i—Ba_a—K_a	0
Na_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	Ti_l^i—Ba_a—K_a^ii	51.496 (17)
Na_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	Ti_l^i—Ba_a—K_a^iii	51.427 (19)
Na_m2^xiii—Na_m1—Ca_m2^x	111.24 (4)	Ti_l^i—Ba_a—K_a^viii	144.92 (2)
Na_m2^xiii—Na_m1—Ca_m2^xiv	68.76 (4)	Ti_l^i—Ba_a—K_a^ix	144.00 (2)
Na_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Ti_l^i—Ba_a—Na_a	0
Na_m2^xiii—Na_m1—Mg_m3^xv	124.38 (3)	Ti_l^i—Ba_a—Ba_a^ii	51.496 (17)
Na_m2^xiii—Na_m1—Mg_m3^x	55.62 (3)	Ti_l^i—Ba_a—Ba_a^iii	51.427 (19)
Na_m2^x—Na_m1—Na_m2^xiv	180.0 (5)	Ti_l^i—Ba_a—Ba_a^viii	144.92 (2)
Na_m2^x—Na_m1—Na_m2^v	68.76 (4)	Ti_l^i—Ba_a—Ba_a^ix	144.00 (2)
Na_m2^x—Na_m1—Ti_m3^xv	124.38 (3)	Ti_l—Ba_a—Ti_l^ii	103.680 (18)
Na_m2^x—Na_m1—Ti_m3^x	55.62 (3)	Ti_l—Ba_a—Ti_l^iii	103.30 (2)
Na_m2^x—Na_m1—O2	45.63 (7)	Ti_l—Ba_a—Si^iv	106.66 (3)
Na_m2^x—Na_m1—O2^xvi	134.37 (7)	Ti_l—Ba_a—Si^i	106.17 (3)
Na_m2^x—Na_m1—Mn_m2^xiii	111.24 (4)	Ti_l—Ba_a—Si^iii	73.20 (3)
Na_m2^x—Na_m1—Mn_m2^x	0.0 (5)	Ti_l—Ba_a—Si^v	146.23 (3)
Na_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Ti_l—Ba_a—Si^vi	55.89 (3)
Na_m2^x—Na_m1—Mn_m2^v	68.76 (4)	Ti_l—Ba_a—Si^vii	55.73 (2)
Na_m2^x—Na_m1—Ca_m2^xiii	111.24 (4)	Ti_l—Ba_a—O1^i	131.38 (7)
Na_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Ti_l—Ba_a—O1^iii	78.86 (7)
Na_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Ti_l—Ba_a—O1^v	133.77 (7)
Na_m2^x—Na_m1—Ca_m2^v	68.76 (4)	Ti_l—Ba_a—O1^vii	30.08 (7)
Na_m2^x—Na_m1—Mg_m3^xv	124.38 (3)	Ti_l—Ba_a—O3^iv	132.24 (8)
Na_m2^x—Na_m1—Mg_m3^x	55.62 (3)	Ti_l—Ba_a—O3^iii	79.03 (7)
Na_m2^xiv—Na_m1—Na_m2^v	111.24 (4)	Ti_l—Ba_a—O3^v	134.26 (7)
Na_m2^xiv—Na_m1—Ti_m3^xv	55.62 (3)	Ti_l—Ba_a—O3^vi	30.19 (6)
Na_m2^xiv—Na_m1—Ti_m3^x	124.38 (3)	Ti_l—Ba_a—O4^iv	84.90 (4)
Na_m2^xiv—Na_m1—O2	134.37 (7)	Ti_l—Ba_a—O4^i	84.47 (4)
Na_m2^xiv—Na_m1—O2^xvi	45.63 (7)	Ti_l—Ba_a—K_a	0
Na_m2^xiv—Na_m1—Mn_m2^xiii	68.76 (4)	Ti_l—Ba_a—K_a^ii	144.92 (2)
Na_m2^xiv—Na_m1—Mn_m2^x	180.0 (5)	Ti_l—Ba_a—K_a^iii	144.00 (2)
Na_m2^xiv—Na_m1—Mn_m2^xiv	0.0 (5)	Ti_l—Ba_a—K_a^viii	51.496 (17)
Na_m2^xiv—Na_m1—Mn_m2^v	111.24 (4)	Ti_l—Ba_a—K_a^ix	51.427 (19)
Na_m2^xiv—Na_m1—Ca_m2^xiii	68.76 (4)	Ti_l—Ba_a—Na_a	0
Na_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Ti_l—Ba_a—Ba_a^ii	144.92 (2)
Na_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Ti_l—Ba_a—Ba_a^iii	144.00 (2)
Na_m2^xiv—Na_m1—Ca_m2^v	111.24 (4)	Ti_l—Ba_a—Ba_a^viii	51.496 (17)
Na_m2^xiv—Na_m1—Mg_m3^xv	55.62 (3)	Ti_l—Ba_a—Ba_a^ix	51.427 (19)
Na_m2^xiv—Na_m1—Mg_m3^x	124.38 (3)	Ti_l^ii—Ba_a—Ti_l^iii	92.53 (3)
Na_m2^v—Na_m1—Ti_m3^xv	55.62 (3)	Ti_l^ii—Ba_a—Si^iv	73.58 (3)
Na_m2^v—Na_m1—Ti_m3^x	124.38 (3)	Ti_l^ii—Ba_a—Si^i	149.12 (3)
Na_m2^v—Na_m1—O2	45.63 (7)	Ti_l^ii—Ba_a—Si^iii	56.31 (2)
Na_m2^v—Na_m1—O2^xvi	134.37 (7)	Ti_l^ii—Ba_a—Si^v	56.31 (2)
Na_m2^v—Na_m1—Mn_m2^xiii	180.0 (5)	Ti_l^ii—Ba_a—Si^vi	73.58 (3)
Na_m2^v—Na_m1—Mn_m2^x	68.76 (4)	Ti_l^ii—Ba_a—Si^vii	149.12 (3)
Na_m2^v—Na_m1—Mn_m2^xiv	111.24 (4)	Ti_l^ii—Ba_a—O1^i	124.72 (7)
Na_m2^v—Na_m1—Mn_m2^v	0.0 (5)	Ti_l^ii—Ba_a—O1^iii	80.02 (6)
Na_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	Ti_l^ii—Ba_a—O1^v	80.02 (6)
Na_m2^v—Na_m1—Ca_m2^x	68.76 (4)	Ti_l^ii—Ba_a—O1^vii	124.72 (7)
Na_m2^v—Na_m1—Ca_m2^xiv	111.24 (4)	Ti_l^ii—Ba_a—O3^iv	80.85 (6)
Na_m2^v—Na_m1—Ca_m2^v	0.0 (5)	Ti_l^ii—Ba_a—O3^iii	31.20 (6)
Na_m2^v—Na_m1—Mg_m3^xv	55.62 (3)	Ti_l^ii—Ba_a—O3^v	31.20 (6)
Na_m2^v—Na_m1—Mg_m3^x	124.38 (3)	Ti_l^ii—Ba_a—O3^vi	80.85 (6)
Ti_m3^xv—Na_m1—Ti_m3^x	180.0 (5)	Ti_l^ii—Ba_a—O4^iv	59.78 (9)
Ti_m3^xv—Na_m1—O2	90	Ti_l^ii—Ba_a—O4^i	152.09 (10)
Ti_m3^xv—Na_m1—O2^xvi	90	Ti_l^ii—Ba_a—K_a	0
Ti_m3^xv—Na_m1—Mn_m2^xiii	124.38 (3)	Ti_l^ii—Ba_a—K_a^ii	52.184 (11)
Ti_m3^xv—Na_m1—Mn_m2^x	124.38 (3)	Ti_l^ii—Ba_a—K_a^iii	103.10 (2)
Ti_m3^xv—Na_m1—Mn_m2^xiv	55.62 (3)	Ti_l^ii—Ba_a—K_a^viii	52.184 (11)
Ti_m3^xv—Na_m1—Mn_m2^v	55.62 (3)	Ti_l^ii—Ba_a—K_a^ix	103.10 (2)
Ti_m3^xv—Na_m1—Ca_m2^xiii	124.38 (3)	Ti_l^ii—Ba_a—Na_a	0
Ti_m3^xv—Na_m1—Ca_m2^x	124.38 (3)	Ti_l^ii—Ba_a—Ba_a^ii	52.184 (11)
Ti_m3^xv—Na_m1—Ca_m2^xiv	55.62 (3)	Ti_l^ii—Ba_a—Ba_a^iii	103.10 (2)
Ti_m3^xv—Na_m1—Ca_m2^v	55.62 (3)	Ti_l^ii—Ba_a—Ba_a^viii	52.184 (11)
Ti_m3^xv—Na_m1—Mg_m3^xv	0.0 (5)	Ti_l^ii—Ba_a—Ba_a^ix	103.10 (2)
Ti_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	Ti_l^iii—Ba_a—Si^iv	149.17 (3)
Ti_m3^x—Na_m1—O2	90	Ti_l^iii—Ba_a—Si^i	73.15 (3)
Ti_m3^x—Na_m1—O2^xvi	90	Ti_l^iii—Ba_a—Si^iii	56.19 (3)
Ti_m3^x—Na_m1—Mn_m2^xiii	55.62 (3)	Ti_l^iii—Ba_a—Si^v	56.19 (3)
Ti_m3^x—Na_m1—Mn_m2^x	55.62 (3)	Ti_l^iii—Ba_a—Si^vi	149.17 (3)
Ti_m3^x—Na_m1—Mn_m2^xiv	124.38 (3)	Ti_l^iii—Ba_a—Si^vii	73.15 (3)
Ti_m3^x—Na_m1—Mn_m2^v	124.38 (3)	Ti_l^iii—Ba_a—O1^i	80.78 (8)
Ti_m3^x—Na_m1—Ca_m2^xiii	55.62 (3)	Ti_l^iii—Ba_a—O1^iii	31.03 (6)
Ti_m3^x—Na_m1—Ca_m2^x	55.62 (3)	Ti_l^iii—Ba_a—O1^v	31.03 (6)
Ti_m3^x—Na_m1—Ca_m2^xiv	124.38 (3)	Ti_l^iii—Ba_a—O1^vii	80.78 (8)
Ti_m3^x—Na_m1—Ca_m2^v	124.38 (3)	Ti_l^iii—Ba_a—O3^iv	124.19 (7)
Ti_m3^x—Na_m1—Mg_m3^xv	180.0 (5)	Ti_l^iii—Ba_a—O3^iii	79.86 (7)
Ti_m3^x—Na_m1—Mg_m3^x	0.0 (5)	Ti_l^iii—Ba_a—O3^v	79.86 (7)
O2—Na_m1—O2^xvi	180.0 (5)	Ti_l^iii—Ba_a—O3^vi	124.19 (7)
O2—Na_m1—Mn_m2^xiii	134.37 (7)	Ti_l^iii—Ba_a—O4^iv	152.31 (10)
O2—Na_m1—Mn_m2^x	45.63 (7)	Ti_l^iii—Ba_a—O4^i	59.55 (10)
O2—Na_m1—Mn_m2^xiv	134.37 (7)	Ti_l^iii—Ba_a—K_a	0
O2—Na_m1—Mn_m2^v	45.63 (7)	Ti_l^iii—Ba_a—K_a^ii	102.860 (19)
O2—Na_m1—Ca_m2^xiii	134.37 (7)	Ti_l^iii—Ba_a—K_a^iii	51.869 (12)
O2—Na_m1—Ca_m2^x	45.63 (7)	Ti_l^iii—Ba_a—K_a^viii	102.860 (19)
O2—Na_m1—Ca_m2^xiv	134.37 (7)	Ti_l^iii—Ba_a—K_a^ix	51.869 (12)
O2—Na_m1—Ca_m2^v	45.63 (7)	Ti_l^iii—Ba_a—Na_a	0
O2—Na_m1—Mg_m3^xv	90	Ti_l^iii—Ba_a—Ba_a^ii	102.860 (19)
O2—Na_m1—Mg_m3^x	90	Ti_l^iii—Ba_a—Ba_a^iii	51.869 (12)
O2^xvi—Na_m1—Mn_m2^xiii	45.63 (7)	Ti_l^iii—Ba_a—Ba_a^viii	102.860 (19)
O2^xvi—Na_m1—Mn_m2^x	134.37 (7)	Ti_l^iii—Ba_a—Ba_a^ix	51.869 (12)
O2^xvi—Na_m1—Mn_m2^xiv	45.63 (7)	Si^iv—Ba_a—Si^i	104.77 (3)
O2^xvi—Na_m1—Mn_m2^v	134.37 (7)	Si^iv—Ba_a—Si^iii	127.13 (3)
O2^xvi—Na_m1—Ca_m2^xiii	45.63 (7)	Si^iv—Ba_a—Si^v	93.89 (3)
O2^xvi—Na_m1—Ca_m2^x	134.37 (7)	Si^iv—Ba_a—Si^vi	53.51 (3)
O2^xvi—Na_m1—Ca_m2^xiv	45.63 (7)	Si^iv—Ba_a—Si^vii	131.10 (4)
O2^xvi—Na_m1—Ca_m2^v	134.37 (7)	Si^iv—Ba_a—O1^i	84.87 (7)
O2^xvi—Na_m1—Mg_m3^xv	90	Si^iv—Ba_a—O1^iii	153.59 (7)
O2^xvi—Na_m1—Mg_m3^x	90	Si^iv—Ba_a—O1^v	118.19 (7)
Mn_m2^xiii—Na_m1—Mn_m2^x	111.24 (4)	Si^iv—Ba_a—O1^vii	129.83 (8)
Mn_m2^xiii—Na_m1—Mn_m2^xiv	68.76 (4)	Si^iv—Ba_a—O3^iv	28.01 (7)
Mn_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	Si^iv—Ba_a—O3^iii	98.73 (7)
Mn_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	Si^iv—Ba_a—O3^v	74.16 (7)
Mn_m2^xiii—Na_m1—Ca_m2^x	111.24 (4)	Si^iv—Ba_a—O3^vi	81.49 (7)
Mn_m2^xiii—Na_m1—Ca_m2^xiv	68.76 (4)	Si^iv—Ba_a—O4^iv	29.05 (4)
Mn_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Si^iv—Ba_a—O4^i	130.26 (8)
Mn_m2^xiii—Na_m1—Mg_m3^xv	124.38 (3)	Si^iv—Ba_a—K_a	0
Mn_m2^xiii—Na_m1—Mg_m3^x	55.62 (3)	Si^iv—Ba_a—K_a^ii	46.87 (2)
Mn_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Si^iv—Ba_a—K_a^iii	103.68 (2)
Mn_m2^x—Na_m1—Mn_m2^v	68.76 (4)	Si^iv—Ba_a—K_a^viii	90.31 (3)
Mn_m2^x—Na_m1—Ca_m2^xiii	111.24 (4)	Si^iv—Ba_a—K_a^ix	157.16 (2)
Mn_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Si^iv—Ba_a—Na_a	0
Mn_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Si^iv—Ba_a—Ba_a^ii	46.87 (2)
Mn_m2^x—Na_m1—Ca_m2^v	68.76 (4)	Si^iv—Ba_a—Ba_a^iii	103.68 (2)
Mn_m2^x—Na_m1—Mg_m3^xv	124.38 (3)	Si^iv—Ba_a—Ba_a^viii	90.31 (3)
Mn_m2^x—Na_m1—Mg_m3^x	55.62 (3)	Si^iv—Ba_a—Ba_a^ix	157.16 (2)
Mn_m2^xiv—Na_m1—Mn_m2^v	111.24 (4)	Si^i—Ba_a—Si^iii	126.55 (4)
Mn_m2^xiv—Na_m1—Ca_m2^xiii	68.76 (4)	Si^i—Ba_a—Si^v	93.64 (3)
Mn_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Si^i—Ba_a—Si^vi	131.10 (4)
Mn_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Si^i—Ba_a—Si^vii	53.10 (3)
Mn_m2^xiv—Na_m1—Ca_m2^v	111.24 (4)	Si^i—Ba_a—O1^i	27.71 (7)
Mn_m2^xiv—Na_m1—Mg_m3^xv	55.62 (3)	Si^i—Ba_a—O1^iii	98.09 (6)
Mn_m2^xiv—Na_m1—Mg_m3^x	124.38 (3)	Si^i—Ba_a—O1^v	73.77 (7)
Mn_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	Si^i—Ba_a—O1^vii	80.76 (7)
Mn_m2^v—Na_m1—Ca_m2^x	68.76 (4)	Si^i—Ba_a—O3^iv	84.94 (6)
Mn_m2^v—Na_m1—Ca_m2^xiv	111.24 (4)	Si^i—Ba_a—O3^iii	153.01 (7)
Mn_m2^v—Na_m1—Ca_m2^v	0.0 (5)	Si^i—Ba_a—O3^v	117.99 (7)
Mn_m2^v—Na_m1—Mg_m3^xv	55.62 (3)	Si^i—Ba_a—O3^vi	129.89 (7)
Mn_m2^v—Na_m1—Mg_m3^x	124.38 (3)	Si^i—Ba_a—O4^iv	130.53 (8)
Ca_m2^xiii—Na_m1—Ca_m2^x	111.24 (4)	Si^i—Ba_a—O4^i	28.78 (4)
Ca_m2^xiii—Na_m1—Ca_m2^xiv	68.76 (4)	Si^i—Ba_a—K_a	0
Ca_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Si^i—Ba_a—K_a^ii	103.50 (2)
Ca_m2^xiii—Na_m1—Mg_m3^xv	124.38 (3)	Si^i—Ba_a—K_a^iii	46.53 (2)
Ca_m2^xiii—Na_m1—Mg_m3^x	55.62 (3)	Si^i—Ba_a—K_a^viii	156.59 (2)
Ca_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Si^i—Ba_a—K_a^ix	89.56 (3)
Ca_m2^x—Na_m1—Ca_m2^v	68.76 (4)	Si^i—Ba_a—Na_a	0
Ca_m2^x—Na_m1—Mg_m3^xv	124.38 (3)	Si^i—Ba_a—Ba_a^ii	103.50 (2)
Ca_m2^x—Na_m1—Mg_m3^x	55.62 (3)	Si^i—Ba_a—Ba_a^iii	46.53 (2)
Ca_m2^xiv—Na_m1—Ca_m2^v	111.24 (4)	Si^i—Ba_a—Ba_a^viii	156.59 (2)
Ca_m2^xiv—Na_m1—Mg_m3^xv	55.62 (3)	Si^i—Ba_a—Ba_a^ix	89.56 (3)
Ca_m2^xiv—Na_m1—Mg_m3^x	124.38 (3)	Si^iii—Ba_a—Si^v	73.03 (3)
Ca_m2^v—Na_m1—Mg_m3^xv	55.62 (3)	Si^iii—Ba_a—Si^vi	93.89 (3)
Ca_m2^v—Na_m1—Mg_m3^x	124.38 (3)	Si^iii—Ba_a—Si^vii	93.64 (3)
Mg_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	Si^iii—Ba_a—O1^i	136.03 (8)
Ti_l^xx—Na_m2—Ti_l^iii	116.66 (5)	Si^iii—Ba_a—O1^iii	28.46 (6)
Ti_l^xx—Na_m2—Na_m1^xx	61.39 (3)	Si^iii—Ba_a—O1^v	71.35 (7)
Ti_l^xx—Na_m2—Na_m1^xxix	83.45 (3)	Si^iii—Ba_a—O1^vii	75.81 (8)
Ti_l^xx—Na_m2—Na_m2^xvii	58.33 (3)	Si^iii—Ba_a—O3^iv	136.09 (7)
Ti_l^xx—Na_m2—Na_m2^xviii	121.67 (3)	Si^iii—Ba_a—O3^iii	28.40 (7)
Ti_l^xx—Na_m2—Ti_m3	95.303 (16)	Si^iii—Ba_a—O3^v	71.44 (7)
Ti_l^xx—Na_m2—Ti_m3^xix	117.809 (18)	Si^iii—Ba_a—O3^vi	75.47 (7)
Ti_l^xx—Na_m2—O2^xx	24.06 (11)	Si^iii—Ba_a—O4^iv	102.90 (8)
Ti_l^xx—Na_m2—O2^iii	94.80 (11)	Si^iii—Ba_a—O4^i	102.59 (8)
Ti_l^xx—Na_m2—O5^xx	80.01 (9)	Si^iii—Ba_a—K_a	0
Ti_l^xx—Na_m2—O5^iii	106.80 (9)	Si^iii—Ba_a—K_a^ii	103.24 (3)
Ti_l^xx—Na_m2—O_x	82.97 (11)	Si^iii—Ba_a—K_a^iii	102.99 (3)
Ti_l^xx—Na_m2—O_x^xxi	153.07 (14)	Si^iii—Ba_a—K_a^viii	47.02 (2)
Ti_l^xx—Na_m2—Mn_m2	0	Si^iii—Ba_a—K_a^ix	47.11 (2)
Ti_l^xx—Na_m2—Mn_m2^xviii	121.67 (3)	Si^iii—Ba_a—Na_a	0
Ti_l^xx—Na_m2—Ca_m2	0	Si^iii—Ba_a—Ba_a^ii	103.24 (3)
Ti_l^xx—Na_m2—Ca_m2^xvii	58.33 (3)	Si^iii—Ba_a—Ba_a^iii	102.99 (3)
Ti_l^xx—Na_m2—Ca_m2^xviii	121.67 (3)	Si^iii—Ba_a—Ba_a^viii	47.02 (2)
Ti_l^xx—Na_m2—Fe_m3	95.303 (16)	Si^iii—Ba_a—Ba_a^ix	47.11 (2)
Ti_l^xx—Na_m2—Fe_m3^xix	117.809 (18)	Si^v—Ba_a—Si^vi	127.13 (3)
Ti_l^xx—Na_m2—Mg_m3	95.303 (16)	Si^v—Ba_a—Si^vii	126.55 (4)
Ti_l^xx—Na_m2—Mg_m3^xix	117.809 (18)	Si^v—Ba_a—O1^i	75.81 (8)
Ti_l^iii—Na_m2—Na_m1^xx	83.45 (3)	Si^v—Ba_a—O1^iii	71.35 (7)
Ti_l^iii—Na_m2—Na_m1^xxix	61.39 (3)	Si^v—Ba_a—O1^v	28.46 (6)
Ti_l^iii—Na_m2—Na_m2^xvii	58.33 (3)	Si^v—Ba_a—O1^vii	136.03 (8)
Ti_l^iii—Na_m2—Na_m2^xviii	121.67 (3)	Si^v—Ba_a—O3^iv	75.47 (7)
Ti_l^iii—Na_m2—Ti_m3	117.809 (18)	Si^v—Ba_a—O3^iii	71.44 (7)
Ti_l^iii—Na_m2—Ti_m3^xix	95.303 (16)	Si^v—Ba_a—O3^v	28.40 (7)
Ti_l^iii—Na_m2—O2^xx	94.80 (11)	Si^v—Ba_a—O3^vi	136.09 (7)
Ti_l^iii—Na_m2—O2^iii	24.06 (11)	Si^v—Ba_a—O4^iv	102.90 (8)
Ti_l^iii—Na_m2—O5^xx	106.80 (9)	Si^v—Ba_a—O4^i	102.59 (8)
Ti_l^iii—Na_m2—O5^iii	80.01 (9)	Si^v—Ba_a—K_a	0
Ti_l^iii—Na_m2—O_x	153.07 (14)	Si^v—Ba_a—K_a^ii	47.02 (2)
Ti_l^iii—Na_m2—O_x^xxi	82.97 (11)	Si^v—Ba_a—K_a^iii	47.11 (2)
Ti_l^iii—Na_m2—Mn_m2	0	Si^v—Ba_a—K_a^viii	103.24 (3)
Ti_l^iii—Na_m2—Mn_m2^xviii	121.67 (3)	Si^v—Ba_a—K_a^ix	102.99 (3)
Ti_l^iii—Na_m2—Ca_m2	0	Si^v—Ba_a—Na_a	0
Ti_l^iii—Na_m2—Ca_m2^xvii	58.33 (3)	Si^v—Ba_a—Ba_a^ii	47.02 (2)
Ti_l^iii—Na_m2—Ca_m2^xviii	121.67 (3)	Si^v—Ba_a—Ba_a^iii	47.11 (2)
Ti_l^iii—Na_m2—Fe_m3	117.809 (18)	Si^v—Ba_a—Ba_a^viii	103.24 (3)
Ti_l^iii—Na_m2—Fe_m3^xix	95.303 (16)	Si^v—Ba_a—Ba_a^ix	102.99 (3)
Ti_l^iii—Na_m2—Mg_m3	117.809 (18)	Si^vi—Ba_a—Si^vii	104.77 (3)
Ti_l^iii—Na_m2—Mg_m3^xix	95.303 (16)	Si^vi—Ba_a—O1^i	129.83 (8)
Na_m1^xx—Na_m2—Na_m1^xxix	111.24 (5)	Si^vi—Ba_a—O1^iii	118.19 (7)
Na_m1^xx—Na_m2—Na_m2^xvii	55.62 (3)	Si^vi—Ba_a—O1^v	153.59 (7)
Na_m1^xx—Na_m2—Na_m2^xviii	124.38 (3)	Si^vi—Ba_a—O1^vii	84.87 (7)
Na_m1^xx—Na_m2—Ti_m3	66.541 (9)	Si^vi—Ba_a—O3^iv	81.49 (7)
Na_m1^xx—Na_m2—Ti_m3^xix	177.78 (5)	Si^vi—Ba_a—O3^iii	74.16 (7)
Na_m1^xx—Na_m2—O2^xx	44.25 (12)	Si^vi—Ba_a—O3^v	98.73 (7)
Na_m1^xx—Na_m2—O2^iii	79.87 (11)	Si^vi—Ba_a—O3^vi	28.01 (7)
Na_m1^xx—Na_m2—O5^xx	139.99 (10)	Si^vi—Ba_a—O4^iv	29.05 (4)
Na_m1^xx—Na_m2—O5^iii	50.08 (8)	Si^vi—Ba_a—O4^i	130.26 (8)
Na_m1^xx—Na_m2—O_x	91.34 (10)	Si^vi—Ba_a—K_a	0
Na_m1^xx—Na_m2—O_x^xxi	143.51 (14)	Si^vi—Ba_a—K_a^ii	90.31 (3)
Na_m1^xx—Na_m2—Mn_m2	0	Si^vi—Ba_a—K_a^iii	157.16 (2)
Na_m1^xx—Na_m2—Mn_m2^xviii	124.38 (3)	Si^vi—Ba_a—K_a^viii	46.87 (2)
Na_m1^xx—Na_m2—Ca_m2	0	Si^vi—Ba_a—K_a^ix	103.68 (2)
Na_m1^xx—Na_m2—Ca_m2^xvii	55.62 (3)	Si^vi—Ba_a—Na_a	0
Na_m1^xx—Na_m2—Ca_m2^xviii	124.38 (3)	Si^vi—Ba_a—Ba_a^ii	90.31 (3)
Na_m1^xx—Na_m2—Fe_m3	66.541 (9)	Si^vi—Ba_a—Ba_a^iii	157.16 (2)
Na_m1^xx—Na_m2—Fe_m3^xix	177.78 (5)	Si^vi—Ba_a—Ba_a^viii	46.87 (2)
Na_m1^xx—Na_m2—Mg_m3	66.541 (9)	Si^vi—Ba_a—Ba_a^ix	103.68 (2)
Na_m1^xx—Na_m2—Mg_m3^xix	177.78 (5)	Si^vii—Ba_a—O1^i	80.76 (7)
Na_m1^xxix—Na_m2—Na_m2^xvii	55.62 (3)	Si^vii—Ba_a—O1^iii	73.77 (7)
Na_m1^xxix—Na_m2—Na_m2^xviii	124.38 (3)	Si^vii—Ba_a—O1^v	98.09 (6)
Na_m1^xxix—Na_m2—Ti_m3	177.78 (5)	Si^vii—Ba_a—O1^vii	27.71 (7)
Na_m1^xxix—Na_m2—Ti_m3^xix	66.541 (9)	Si^vii—Ba_a—O3^iv	129.89 (7)
Na_m1^xxix—Na_m2—O2^xx	79.87 (11)	Si^vii—Ba_a—O3^iii	117.99 (7)
Na_m1^xxix—Na_m2—O2^iii	44.25 (12)	Si^vii—Ba_a—O3^v	153.01 (7)
Na_m1^xxix—Na_m2—O5^xx	50.08 (8)	Si^vii—Ba_a—O3^vi	84.94 (6)
Na_m1^xxix—Na_m2—O5^iii	139.99 (10)	Si^vii—Ba_a—O4^iv	130.53 (8)
Na_m1^xxix—Na_m2—O_x	143.51 (14)	Si^vii—Ba_a—O4^i	28.78 (4)
Na_m1^xxix—Na_m2—O_x^xxi	91.34 (10)	Si^vii—Ba_a—K_a	0
Na_m1^xxix—Na_m2—Mn_m2	0	Si^vii—Ba_a—K_a^ii	156.59 (2)
Na_m1^xxix—Na_m2—Mn_m2^xviii	124.38 (3)	Si^vii—Ba_a—K_a^iii	89.56 (3)
Na_m1^xxix—Na_m2—Ca_m2	0	Si^vii—Ba_a—K_a^viii	103.50 (2)
Na_m1^xxix—Na_m2—Ca_m2^xvii	55.62 (3)	Si^vii—Ba_a—K_a^ix	46.53 (2)
Na_m1^xxix—Na_m2—Ca_m2^xviii	124.38 (3)	Si^vii—Ba_a—Na_a	0
Na_m1^xxix—Na_m2—Fe_m3	177.78 (5)	Si^vii—Ba_a—Ba_a^ii	156.59 (2)
Na_m1^xxix—Na_m2—Fe_m3^xix	66.541 (9)	Si^vii—Ba_a—Ba_a^iii	89.56 (3)
Na_m1^xxix—Na_m2—Mg_m3	177.78 (5)	Si^vii—Ba_a—Ba_a^viii	103.50 (2)
Na_m1^xxix—Na_m2—Mg_m3^xix	66.541 (9)	Si^vii—Ba_a—Ba_a^ix	46.53 (2)
Na_m2^xvii—Na_m2—Na_m2^xviii	180.0 (5)	O1^i—Ba_a—O1^iii	111.27 (10)
Na_m2^xvii—Na_m2—Ti_m3	122.16 (3)	O1^i—Ba_a—O1^v	66.46 (10)
Na_m2^xvii—Na_m2—Ti_m3^xix	122.16 (3)	O1^i—Ba_a—O1^vii	108.34 (9)
Na_m2^xvii—Na_m2—O2^xx	37.81 (9)	O1^i—Ba_a—O3^iv	60.26 (9)
Na_m2^xvii—Na_m2—O2^iii	37.81 (9)	O1^i—Ba_a—O3^iii	147.22 (10)
Na_m2^xvii—Na_m2—O5^xx	96.31 (10)	O1^i—Ba_a—O3^v	94.34 (9)
Na_m2^xvii—Na_m2—O5^iii	96.31 (10)	O1^i—Ba_a—O3^vi	145.84 (11)
Na_m2^xvii—Na_m2—O_x	137.10 (9)	O1^i—Ba_a—O4^iv	113.80 (8)
Na_m2^xvii—Na_m2—O_x^xxi	137.10 (9)	O1^i—Ba_a—O4^i	55.49 (7)
Na_m2^xvii—Na_m2—Mn_m2	0	O1^i—Ba_a—K_a	0
Na_m2^xvii—Na_m2—Mn_m2^xviii	180.0 (5)	O1^i—Ba_a—K_a^ii	75.83 (6)
Na_m2^xvii—Na_m2—Ca_m2	0	O1^i—Ba_a—K_a^iii	34.09 (8)
Na_m2^xvii—Na_m2—Ca_m2^xvii	0.0 (5)	O1^i—Ba_a—K_a^viii	175.00 (7)
Na_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	O1^i—Ba_a—K_a^ix	113.93 (7)
Na_m2^xvii—Na_m2—Fe_m3	122.16 (3)	O1^i—Ba_a—Na_a	0
Na_m2^xvii—Na_m2—Fe_m3^xix	122.16 (3)	O1^i—Ba_a—Ba_a^ii	75.83 (6)
Na_m2^xvii—Na_m2—Mg_m3	122.16 (3)	O1^i—Ba_a—Ba_a^iii	34.09 (8)
Na_m2^xvii—Na_m2—Mg_m3^xix	122.16 (3)	O1^i—Ba_a—Ba_a^viii	175.00 (7)
Na_m2^xviii—Na_m2—Ti_m3	57.84 (3)	O1^i—Ba_a—Ba_a^ix	113.93 (7)
Na_m2^xviii—Na_m2—Ti_m3^xix	57.84 (3)	O1^iii—Ba_a—O1^v	56.08 (9)
Na_m2^xviii—Na_m2—O2^xx	142.19 (9)	O1^iii—Ba_a—O1^vii	66.46 (10)
Na_m2^xviii—Na_m2—O2^iii	142.19 (9)	O1^iii—Ba_a—O3^iv	146.81 (10)
Na_m2^xviii—Na_m2—O5^xx	83.69 (10)	O1^iii—Ba_a—O3^iii	56.27 (9)
Na_m2^xviii—Na_m2—O5^iii	83.69 (10)	O1^iii—Ba_a—O3^v	83.59 (9)
Na_m2^xviii—Na_m2—O_x	42.90 (9)	O1^iii—Ba_a—O3^vi	93.98 (10)
Na_m2^xviii—Na_m2—O_x^xxi	42.90 (9)	O1^iii—Ba_a—O4^iv	131.34 (9)
Na_m2^xviii—Na_m2—Mn_m2	0	O1^iii—Ba_a—O4^i	75.41 (10)
Na_m2^xviii—Na_m2—Mn_m2^xviii	0.0 (5)	O1^iii—Ba_a—K_a	0
Na_m2^xviii—Na_m2—Ca_m2	0	O1^iii—Ba_a—K_a^ii	115.01 (7)
Na_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	O1^iii—Ba_a—K_a^iii	82.57 (7)
Na_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	O1^iii—Ba_a—K_a^viii	72.74 (6)
Na_m2^xviii—Na_m2—Fe_m3	57.84 (3)	O1^iii—Ba_a—K_a^ix	32.37 (7)
Na_m2^xviii—Na_m2—Fe_m3^xix	57.84 (3)	O1^iii—Ba_a—Na_a	0
Na_m2^xviii—Na_m2—Mg_m3	57.84 (3)	O1^iii—Ba_a—Ba_a^ii	115.01 (7)
Na_m2^xviii—Na_m2—Mg_m3^xix	57.84 (3)	O1^iii—Ba_a—Ba_a^iii	82.57 (7)
Ti_m3—Na_m2—Ti_m3^xix	115.68 (6)	O1^iii—Ba_a—Ba_a^viii	72.74 (6)
Ti_m3—Na_m2—O2^xx	98.24 (10)	O1^iii—Ba_a—Ba_a^ix	32.37 (7)
Ti_m3—Na_m2—O2^iii	134.25 (12)	O1^v—Ba_a—O1^vii	111.27 (10)
Ti_m3—Na_m2—O5^xx	131.56 (10)	O1^v—Ba_a—O3^iv	93.98 (10)
Ti_m3—Na_m2—O5^iii	38.70 (8)	O1^v—Ba_a—O3^iii	83.59 (9)
Ti_m3—Na_m2—O_x	37.79 (14)	O1^v—Ba_a—O3^v	56.27 (9)
Ti_m3—Na_m2—O_x^xxi	90.60 (11)	O1^v—Ba_a—O3^vi	146.81 (10)
Ti_m3—Na_m2—Mn_m2	0	O1^v—Ba_a—O4^iv	131.34 (9)
Ti_m3—Na_m2—Mn_m2^xviii	57.84 (3)	O1^v—Ba_a—O4^i	75.41 (10)
Ti_m3—Na_m2—Ca_m2	0	O1^v—Ba_a—K_a	0
Ti_m3—Na_m2—Ca_m2^xvii	122.16 (3)	O1^v—Ba_a—K_a^ii	72.74 (6)
Ti_m3—Na_m2—Ca_m2^xviii	57.84 (3)	O1^v—Ba_a—K_a^iii	32.37 (7)
Ti_m3—Na_m2—Fe_m3	0.0 (5)	O1^v—Ba_a—K_a^viii	115.01 (7)
Ti_m3—Na_m2—Fe_m3^xix	115.68 (6)	O1^v—Ba_a—K_a^ix	82.57 (7)
Ti_m3—Na_m2—Mg_m3	0.0 (5)	O1^v—Ba_a—Na_a	0
Ti_m3—Na_m2—Mg_m3^xix	115.68 (6)	O1^v—Ba_a—Ba_a^ii	72.74 (6)
Ti_m3^xix—Na_m2—O2^xx	134.25 (12)	O1^v—Ba_a—Ba_a^iii	32.37 (7)
Ti_m3^xix—Na_m2—O2^iii	98.24 (10)	O1^v—Ba_a—Ba_a^viii	115.01 (7)
Ti_m3^xix—Na_m2—O5^xx	38.70 (8)	O1^v—Ba_a—Ba_a^ix	82.57 (7)
Ti_m3^xix—Na_m2—O5^iii	131.56 (10)	O1^vii—Ba_a—O3^iv	145.84 (11)
Ti_m3^xix—Na_m2—O_x	90.60 (11)	O1^vii—Ba_a—O3^iii	94.34 (9)
Ti_m3^xix—Na_m2—O_x^xxi	37.79 (14)	O1^vii—Ba_a—O3^v	147.22 (10)
Ti_m3^xix—Na_m2—Mn_m2	0	O1^vii—Ba_a—O3^vi	60.26 (9)
Ti_m3^xix—Na_m2—Mn_m2^xviii	57.84 (3)	O1^vii—Ba_a—O4^iv	113.80 (8)
Ti_m3^xix—Na_m2—Ca_m2	0	O1^vii—Ba_a—O4^i	55.49 (7)
Ti_m3^xix—Na_m2—Ca_m2^xvii	122.16 (3)	O1^vii—Ba_a—K_a	0
Ti_m3^xix—Na_m2—Ca_m2^xviii	57.84 (3)	O1^vii—Ba_a—K_a^ii	175.00 (7)
Ti_m3^xix—Na_m2—Fe_m3	115.68 (6)	O1^vii—Ba_a—K_a^iii	113.93 (7)
Ti_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	O1^vii—Ba_a—K_a^viii	75.83 (6)
Ti_m3^xix—Na_m2—Mg_m3	115.68 (6)	O1^vii—Ba_a—K_a^ix	34.09 (8)
Ti_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	O1^vii—Ba_a—Na_a	0
O2^xx—Na_m2—O2^iii	75.63 (14)	O1^vii—Ba_a—Ba_a^ii	175.00 (7)
O2^xx—Na_m2—O5^xx	95.82 (15)	O1^vii—Ba_a—Ba_a^iii	113.93 (7)
O2^xx—Na_m2—O5^iii	94.15 (15)	O1^vii—Ba_a—Ba_a^viii	75.83 (6)
O2^xx—Na_m2—O_x	99.79 (13)	O1^vii—Ba_a—Ba_a^ix	34.09 (8)
O2^xx—Na_m2—O_x^xxi	170.88 (16)	O3^iv—Ba_a—O3^iii	111.59 (9)
O2^xx—Na_m2—Mn_m2	0	O3^iv—Ba_a—O3^v	66.28 (10)
O2^xx—Na_m2—Mn_m2^xviii	142.19 (9)	O3^iv—Ba_a—O3^vi	109.41 (10)
O2^xx—Na_m2—Ca_m2	0	O3^iv—Ba_a—O4^iv	55.94 (7)
O2^xx—Na_m2—Ca_m2^xvii	37.81 (9)	O3^iv—Ba_a—O4^i	113.61 (8)
O2^xx—Na_m2—Ca_m2^xviii	142.19 (9)	O3^iv—Ba_a—K_a	0
O2^xx—Na_m2—Fe_m3	98.24 (10)	O3^iv—Ba_a—K_a^ii	33.81 (7)
O2^xx—Na_m2—Fe_m3^xix	134.25 (12)	O3^iv—Ba_a—K_a^iii	75.69 (7)
O2^xx—Na_m2—Mg_m3	98.24 (10)	O3^iv—Ba_a—K_a^viii	114.74 (6)
O2^xx—Na_m2—Mg_m3^xix	134.25 (12)	O3^iv—Ba_a—K_a^ix	174.16 (6)
O2^iii—Na_m2—O5^xx	94.15 (15)	O3^iv—Ba_a—Na_a	0
O2^iii—Na_m2—O5^iii	95.82 (15)	O3^iv—Ba_a—Ba_a^ii	33.81 (7)
O2^iii—Na_m2—O_x	170.88 (16)	O3^iv—Ba_a—Ba_a^iii	75.69 (7)
O2^iii—Na_m2—O_x^xxi	99.79 (13)	O3^iv—Ba_a—Ba_a^viii	114.74 (6)
O2^iii—Na_m2—Mn_m2	0	O3^iv—Ba_a—Ba_a^ix	174.16 (6)
O2^iii—Na_m2—Mn_m2^xviii	142.19 (9)	O3^iii—Ba_a—O3^v	56.30 (9)
O2^iii—Na_m2—Ca_m2	0	O3^iii—Ba_a—O3^vi	66.28 (10)
O2^iii—Na_m2—Ca_m2^xvii	37.81 (9)	O3^iii—Ba_a—O4^iv	75.78 (10)
O2^iii—Na_m2—Ca_m2^xviii	142.19 (9)	O3^iii—Ba_a—O4^i	130.97 (10)
O2^iii—Na_m2—Fe_m3	134.25 (12)	O3^iii—Ba_a—K_a	0
O2^iii—Na_m2—Fe_m3^xix	98.24 (10)	O3^iii—Ba_a—K_a^ii	83.02 (6)
O2^iii—Na_m2—Mg_m3	134.25 (12)	O3^iii—Ba_a—K_a^iii	115.01 (7)
O2^iii—Na_m2—Mg_m3^xix	98.24 (10)	O3^iii—Ba_a—K_a^viii	32.47 (7)
O5^xx—Na_m2—O5^iii	167.37 (15)	O3^iii—Ba_a—K_a^ix	72.83 (6)
O5^xx—Na_m2—O_x	94.17 (16)	O3^iii—Ba_a—Na_a	0
O5^xx—Na_m2—O_x^xxi	76.48 (16)	O3^iii—Ba_a—Ba_a^ii	83.02 (6)
O5^xx—Na_m2—Mn_m2	0	O3^iii—Ba_a—Ba_a^iii	115.01 (7)
O5^xx—Na_m2—Mn_m2^xviii	83.69 (10)	O3^iii—Ba_a—Ba_a^viii	32.47 (7)
O5^xx—Na_m2—Ca_m2	0	O3^iii—Ba_a—Ba_a^ix	72.83 (6)
O5^xx—Na_m2—Ca_m2^xvii	96.31 (10)	O3^v—Ba_a—O3^vi	111.59 (9)
O5^xx—Na_m2—Ca_m2^xviii	83.69 (10)	O3^v—Ba_a—O4^iv	75.78 (10)
O5^xx—Na_m2—Fe_m3	131.56 (10)	O3^v—Ba_a—O4^i	130.97 (10)
O5^xx—Na_m2—Fe_m3^xix	38.70 (8)	O3^v—Ba_a—K_a	0
O5^xx—Na_m2—Mg_m3	131.56 (10)	O3^v—Ba_a—K_a^ii	32.47 (7)
O5^xx—Na_m2—Mg_m3^xix	38.70 (8)	O3^v—Ba_a—K_a^iii	72.83 (6)
O5^iii—Na_m2—O_x	76.48 (16)	O3^v—Ba_a—K_a^viii	83.02 (6)
O5^iii—Na_m2—O_x^xxi	94.17 (16)	O3^v—Ba_a—K_a^ix	115.01 (7)
O5^iii—Na_m2—Mn_m2	0	O3^v—Ba_a—Na_a	0
O5^iii—Na_m2—Mn_m2^xviii	83.69 (10)	O3^v—Ba_a—Ba_a^ii	32.47 (7)
O5^iii—Na_m2—Ca_m2	0	O3^v—Ba_a—Ba_a^iii	72.83 (6)
O5^iii—Na_m2—Ca_m2^xvii	96.31 (10)	O3^v—Ba_a—Ba_a^viii	83.02 (6)
O5^iii—Na_m2—Ca_m2^xviii	83.69 (10)	O3^v—Ba_a—Ba_a^ix	115.01 (7)
O5^iii—Na_m2—Fe_m3	38.70 (8)	O3^vi—Ba_a—O4^iv	55.94 (7)
O5^iii—Na_m2—Fe_m3^xix	131.56 (10)	O3^vi—Ba_a—O4^i	113.61 (8)
O5^iii—Na_m2—Mg_m3	38.70 (8)	O3^vi—Ba_a—K_a	0
O5^iii—Na_m2—Mg_m3^xix	131.56 (10)	O3^vi—Ba_a—K_a^ii	114.74 (6)
O_x—Na_m2—O_x^xxi	85.81 (14)	O3^vi—Ba_a—K_a^iii	174.16 (6)
O_x—Na_m2—Mn_m2	0	O3^vi—Ba_a—K_a^viii	33.81 (7)
O_x—Na_m2—Mn_m2^xviii	42.90 (9)	O3^vi—Ba_a—K_a^ix	75.69 (7)
O_x—Na_m2—Ca_m2	0	O3^vi—Ba_a—Na_a	0
O_x—Na_m2—Ca_m2^xvii	137.10 (9)	O3^vi—Ba_a—Ba_a^ii	114.74 (6)
O_x—Na_m2—Ca_m2^xviii	42.90 (9)	O3^vi—Ba_a—Ba_a^iii	174.16 (6)
O_x—Na_m2—Fe_m3	37.79 (14)	O3^vi—Ba_a—Ba_a^viii	33.81 (7)
O_x—Na_m2—Fe_m3^xix	90.60 (11)	O3^vi—Ba_a—Ba_a^ix	75.69 (7)
O_x—Na_m2—Mg_m3	37.79 (14)	O4^iv—Ba_a—O4^i	148.13 (14)
O_x—Na_m2—Mg_m3^xix	90.60 (11)	O4^iv—Ba_a—K_a	0
O_x^xxi—Na_m2—Mn_m2	0	O4^iv—Ba_a—K_a^ii	61.47 (5)
O_x^xxi—Na_m2—Mn_m2^xviii	42.90 (9)	O4^iv—Ba_a—K_a^iii	129.753 (16)
O_x^xxi—Na_m2—Ca_m2	0	O4^iv—Ba_a—K_a^viii	61.47 (5)
O_x^xxi—Na_m2—Ca_m2^xvii	137.10 (9)	O4^iv—Ba_a—K_a^ix	129.753 (16)
O_x^xxi—Na_m2—Ca_m2^xviii	42.90 (9)	O4^iv—Ba_a—Na_a	0
O_x^xxi—Na_m2—Fe_m3	90.60 (11)	O4^iv—Ba_a—Ba_a^ii	61.47 (5)
O_x^xxi—Na_m2—Fe_m3^xix	37.79 (14)	O4^iv—Ba_a—Ba_a^iii	129.753 (16)
O_x^xxi—Na_m2—Mg_m3	90.60 (11)	O4^iv—Ba_a—Ba_a^viii	61.47 (5)
O_x^xxi—Na_m2—Mg_m3^xix	37.79 (14)	O4^iv—Ba_a—Ba_a^ix	129.753 (16)
Mn_m2—Na_m2—Mn_m2^xviii	0	O4^i—Ba_a—K_a	0
Mn_m2—Na_m2—Ca_m2	0	O4^i—Ba_a—K_a^ii	129.301 (18)
Mn_m2—Na_m2—Ca_m2^xvii	0	O4^i—Ba_a—K_a^iii	60.99 (5)
Mn_m2—Na_m2—Ca_m2^xviii	0	O4^i—Ba_a—K_a^viii	129.301 (18)
Mn_m2—Na_m2—Fe_m3	0	O4^i—Ba_a—K_a^ix	60.99 (5)
Mn_m2—Na_m2—Fe_m3^xix	0	O4^i—Ba_a—Na_a	0
Mn_m2—Na_m2—Mg_m3	0	O4^i—Ba_a—Ba_a^ii	129.301 (18)
Mn_m2—Na_m2—Mg_m3^xix	0	O4^i—Ba_a—Ba_a^iii	60.99 (5)
Mn_m2^xviii—Na_m2—Ca_m2	0	O4^i—Ba_a—Ba_a^viii	129.301 (18)
Mn_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	O4^i—Ba_a—Ba_a^ix	60.99 (5)
Mn_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	K_a—Ba_a—K_a^ii	0
Mn_m2^xviii—Na_m2—Fe_m3	57.84 (3)	K_a—Ba_a—K_a^iii	0
Mn_m2^xviii—Na_m2—Fe_m3^xix	57.84 (3)	K_a—Ba_a—K_a^viii	0
Mn_m2^xviii—Na_m2—Mg_m3	57.84 (3)	K_a—Ba_a—K_a^ix	0
Mn_m2^xviii—Na_m2—Mg_m3^xix	57.84 (3)	K_a—Ba_a—Na_a	0
Ca_m2—Na_m2—Ca_m2^xvii	0	K_a—Ba_a—Ba_a^ii	0
Ca_m2—Na_m2—Ca_m2^xviii	0	K_a—Ba_a—Ba_a^iii	0
Ca_m2—Na_m2—Fe_m3	0	K_a—Ba_a—Ba_a^viii	0
Ca_m2—Na_m2—Fe_m3^xix	0	K_a—Ba_a—Ba_a^ix	0
Ca_m2—Na_m2—Mg_m3	0	K_a^ii—Ba_a—K_a^iii	71.070 (13)
Ca_m2—Na_m2—Mg_m3^xix	0	K_a^ii—Ba_a—K_a^viii	99.879 (17)
Ca_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	K_a^ii—Ba_a—K_a^ix	147.17 (2)
Ca_m2^xvii—Na_m2—Fe_m3	122.16 (3)	K_a^ii—Ba_a—Na_a	0
Ca_m2^xvii—Na_m2—Fe_m3^xix	122.16 (3)	K_a^ii—Ba_a—Ba_a^ii	0.0 (5)
Ca_m2^xvii—Na_m2—Mg_m3	122.16 (3)	K_a^ii—Ba_a—Ba_a^iii	71.070 (13)
Ca_m2^xvii—Na_m2—Mg_m3^xix	122.16 (3)	K_a^ii—Ba_a—Ba_a^viii	99.879 (17)
Ca_m2^xviii—Na_m2—Fe_m3	57.84 (3)	K_a^ii—Ba_a—Ba_a^ix	147.17 (2)
Ca_m2^xviii—Na_m2—Fe_m3^xix	57.84 (3)	K_a^iii—Ba_a—K_a^viii	147.17 (2)
Ca_m2^xviii—Na_m2—Mg_m3	57.84 (3)	K_a^iii—Ba_a—K_a^ix	99.082 (18)
Ca_m2^xviii—Na_m2—Mg_m3^xix	57.84 (3)	K_a^iii—Ba_a—Na_a	0
Fe_m3—Na_m2—Fe_m3^xix	115.68 (6)	K_a^iii—Ba_a—Ba_a^ii	71.070 (13)
Fe_m3—Na_m2—Mg_m3	0.0 (5)	K_a^iii—Ba_a—Ba_a^iii	0.0 (5)
Fe_m3—Na_m2—Mg_m3^xix	115.68 (6)	K_a^iii—Ba_a—Ba_a^viii	147.17 (2)
Fe_m3^xix—Na_m2—Mg_m3	115.68 (6)	K_a^iii—Ba_a—Ba_a^ix	99.082 (18)
Fe_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	K_a^viii—Ba_a—K_a^ix	71.070 (13)
Mg_m3—Na_m2—Mg_m3^xix	115.68 (6)	K_a^viii—Ba_a—Na_a	0
Na_m1^xx—Ti_m3—Na_m1^xxx	180.0 (5)	K_a^viii—Ba_a—Ba_a^ii	99.879 (17)
Na_m1^xx—Ti_m3—Na_m2^xi	57.84 (3)	K_a^viii—Ba_a—Ba_a^iii	147.17 (2)
Na_m1^xx—Ti_m3—Na_m2	57.84 (3)	K_a^viii—Ba_a—Ba_a^viii	0.0 (5)
Na_m1^xx—Ti_m3—Na_m2^xxvi	122.16 (3)	K_a^viii—Ba_a—Ba_a^ix	71.070 (13)
Na_m1^xx—Ti_m3—Na_m2^xviii	122.16 (3)	K_a^ix—Ba_a—Na_a	0
Na_m1^xx—Ti_m3—O5^xxii	43.76 (9)	K_a^ix—Ba_a—Ba_a^ii	147.17 (2)
Na_m1^xx—Ti_m3—O5^iii	43.76 (9)	K_a^ix—Ba_a—Ba_a^iii	99.082 (18)
Na_m1^xx—Ti_m3—O5^xxiii	136.24 (9)	K_a^ix—Ba_a—Ba_a^viii	71.070 (13)
Na_m1^xx—Ti_m3—O5^xxiv	136.24 (9)	K_a^ix—Ba_a—Ba_a^ix	0.0 (5)
Na_m1^xx—Ti_m3—O_x	90	Na_a—Ba_a—Ba_a^ii	0
Na_m1^xx—Ti_m3—O_x^xxv	90	Na_a—Ba_a—Ba_a^iii	0
Na_m1^xx—Ti_m3—Ca_m2^xi	57.84 (3)	Na_a—Ba_a—Ba_a^viii	0
Na_m1^xx—Ti_m3—Ca_m2	57.84 (3)	Na_a—Ba_a—Ba_a^ix	0
Na_m1^xx—Ti_m3—Ca_m2^xxvi	122.16 (3)	Ba_a^ii—Ba_a—Ba_a^iii	71.070 (13)
Na_m1^xx—Ti_m3—Ca_m2^xviii	122.16 (3)	Ba_a^ii—Ba_a—Ba_a^viii	99.879 (17)
Na_m1^xx—Ti_m3—Fe_m3	0	Ba_a^ii—Ba_a—Ba_a^ix	147.17 (2)
Na_m1^xx—Ti_m3—Mg_m3	0	Ba_a^iii—Ba_a—Ba_a^viii	147.17 (2)
Na_m1^xxx—Ti_m3—Na_m2^xi	122.16 (3)	Ba_a^iii—Ba_a—Ba_a^ix	99.082 (18)
Na_m1^xxx—Ti_m3—Na_m2	122.16 (3)	Ba_a^viii—Ba_a—Ba_a^ix	71.070 (13)
Na_m1^xxx—Ti_m3—Na_m2^xxvi	57.84 (3)	Na_m1^xx—Mn_m2—Na_m1^xxix	111.24 (5)
Na_m1^xxx—Ti_m3—Na_m2^xviii	57.84 (3)	Na_m1^xx—Mn_m2—Na_m2	0
Na_m1^xxx—Ti_m3—O5^xxii	136.24 (9)	Na_m1^xx—Mn_m2—Na_m2^xviii	124.38 (3)
Na_m1^xxx—Ti_m3—O5^iii	136.24 (9)	Na_m1^xx—Mn_m2—Ca_m2	0
Na_m1^xxx—Ti_m3—O5^xxiii	43.76 (9)	Na_m1^xx—Mn_m2—Ca_m2^xviii	124.38 (3)
Na_m1^xxx—Ti_m3—O5^xxiv	43.76 (9)	Na_m1^xxix—Mn_m2—Na_m2	0
Na_m1^xxx—Ti_m3—O_x	90	Na_m1^xxix—Mn_m2—Na_m2^xviii	124.38 (3)
Na_m1^xxx—Ti_m3—O_x^xxv	90	Na_m1^xxix—Mn_m2—Ca_m2	0
Na_m1^xxx—Ti_m3—Ca_m2^xi	122.16 (3)	Na_m1^xxix—Mn_m2—Ca_m2^xviii	124.38 (3)
Na_m1^xxx—Ti_m3—Ca_m2	122.16 (3)	Na_m2—Mn_m2—Na_m2^xviii	0
Na_m1^xxx—Ti_m3—Ca_m2^xxvi	57.84 (3)	Na_m2—Mn_m2—Ca_m2	0
Na_m1^xxx—Ti_m3—Ca_m2^xviii	57.84 (3)	Na_m2—Mn_m2—Ca_m2^xviii	0
Na_m1^xxx—Ti_m3—Fe_m3	0	Na_m2^xviii—Mn_m2—Ca_m2	0
Na_m1^xxx—Ti_m3—Mg_m3	0	Na_m2^xviii—Mn_m2—Ca_m2^xviii	0.0 (5)
Na_m2^xi—Ti_m3—Na_m2	115.68 (4)	Ca_m2—Mn_m2—Ca_m2^xviii	0
Na_m2^xi—Ti_m3—Na_m2^xxvi	64.32 (4)	Ti_l^xx—Ca_m2—Ti_l^iii	116.66 (5)
Na_m2^xi—Ti_m3—Na_m2^xviii	180.0 (5)	Ti_l^xx—Ca_m2—Na_m1^xx	61.39 (3)
Na_m2^xi—Ti_m3—O5^xxii	44.07 (10)	Ti_l^xx—Ca_m2—Na_m1^xxix	83.45 (3)
Na_m2^xi—Ti_m3—O5^iii	87.11 (9)	Ti_l^xx—Ca_m2—Na_m2	0
Na_m2^xi—Ti_m3—O5^xxiii	135.93 (10)	Ti_l^xx—Ca_m2—Na_m2^xvii	58.33 (3)
Na_m2^xi—Ti_m3—O5^xxiv	92.89 (9)	Ti_l^xx—Ca_m2—Na_m2^xviii	121.67 (3)
Na_m2^xi—Ti_m3—O_x	133.71 (10)	Ti_l^xx—Ca_m2—Ti_m3	95.303 (16)
Na_m2^xi—Ti_m3—O_x^xxv	46.29 (10)	Ti_l^xx—Ca_m2—Ti_m3^xix	117.809 (18)
Na_m2^xi—Ti_m3—Ca_m2^xi	0.0 (5)	Ti_l^xx—Ca_m2—O2^xx	24.06 (11)
Na_m2^xi—Ti_m3—Ca_m2	115.68 (4)	Ti_l^xx—Ca_m2—O2^iii	94.80 (11)
Na_m2^xi—Ti_m3—Ca_m2^xxvi	64.32 (4)	Ti_l^xx—Ca_m2—O5^xx	80.01 (9)
Na_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Ti_l^xx—Ca_m2—O5^iii	106.80 (9)
Na_m2^xi—Ti_m3—Fe_m3	0	Ti_l^xx—Ca_m2—O_x	82.97 (11)
Na_m2^xi—Ti_m3—Mg_m3	0	Ti_l^xx—Ca_m2—O_x^xxi	153.07 (14)
Na_m2—Ti_m3—Na_m2^xxvi	180.0 (5)	Ti_l^xx—Ca_m2—Mn_m2	0
Na_m2—Ti_m3—Na_m2^xviii	64.32 (4)	Ti_l^xx—Ca_m2—Mn_m2^xviii	121.67 (3)
Na_m2—Ti_m3—O5^xxii	87.11 (9)	Ti_l^xx—Ca_m2—Ca_m2^xvii	58.33 (3)
Na_m2—Ti_m3—O5^iii	44.07 (10)	Ti_l^xx—Ca_m2—Ca_m2^xviii	121.67 (3)
Na_m2—Ti_m3—O5^xxiii	92.89 (9)	Ti_l^xx—Ca_m2—Fe_m3	95.303 (16)
Na_m2—Ti_m3—O5^xxiv	135.93 (10)	Ti_l^xx—Ca_m2—Fe_m3^xix	117.809 (18)
Na_m2—Ti_m3—O_x	46.29 (10)	Ti_l^xx—Ca_m2—Mg_m3	95.303 (16)
Na_m2—Ti_m3—O_x^xxv	133.71 (10)	Ti_l^xx—Ca_m2—Mg_m3^xix	117.809 (18)
Na_m2—Ti_m3—Ca_m2^xi	115.68 (4)	Ti_l^iii—Ca_m2—Na_m1^xx	83.45 (3)
Na_m2—Ti_m3—Ca_m2	0.0 (5)	Ti_l^iii—Ca_m2—Na_m1^xxix	61.39 (3)
Na_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Ti_l^iii—Ca_m2—Na_m2	0
Na_m2—Ti_m3—Ca_m2^xviii	64.32 (4)	Ti_l^iii—Ca_m2—Na_m2^xvii	58.33 (3)
Na_m2—Ti_m3—Fe_m3	0	Ti_l^iii—Ca_m2—Na_m2^xviii	121.67 (3)
Na_m2—Ti_m3—Mg_m3	0	Ti_l^iii—Ca_m2—Ti_m3	117.809 (18)
Na_m2^xxvi—Ti_m3—Na_m2^xviii	115.68 (4)	Ti_l^iii—Ca_m2—Ti_m3^xix	95.303 (16)
Na_m2^xxvi—Ti_m3—O5^xxii	92.89 (9)	Ti_l^iii—Ca_m2—O2^xx	94.80 (11)
Na_m2^xxvi—Ti_m3—O5^iii	135.93 (10)	Ti_l^iii—Ca_m2—O2^iii	24.06 (11)
Na_m2^xxvi—Ti_m3—O5^xxiii	87.11 (9)	Ti_l^iii—Ca_m2—O5^xx	106.80 (9)
Na_m2^xxvi—Ti_m3—O5^xxiv	44.07 (10)	Ti_l^iii—Ca_m2—O5^iii	80.01 (9)
Na_m2^xxvi—Ti_m3—O_x	133.71 (10)	Ti_l^iii—Ca_m2—O_x	153.07 (14)
Na_m2^xxvi—Ti_m3—O_x^xxv	46.29 (10)	Ti_l^iii—Ca_m2—O_x^xxi	82.97 (11)
Na_m2^xxvi—Ti_m3—Ca_m2^xi	64.32 (4)	Ti_l^iii—Ca_m2—Mn_m2	0
Na_m2^xxvi—Ti_m3—Ca_m2	180.0 (5)	Ti_l^iii—Ca_m2—Mn_m2^xviii	121.67 (3)
Na_m2^xxvi—Ti_m3—Ca_m2^xxvi	0.0 (5)	Ti_l^iii—Ca_m2—Ca_m2^xvii	58.33 (3)
Na_m2^xxvi—Ti_m3—Ca_m2^xviii	115.68 (4)	Ti_l^iii—Ca_m2—Ca_m2^xviii	121.67 (3)
Na_m2^xxvi—Ti_m3—Fe_m3	0	Ti_l^iii—Ca_m2—Fe_m3	117.809 (18)
Na_m2^xxvi—Ti_m3—Mg_m3	0	Ti_l^iii—Ca_m2—Fe_m3^xix	95.303 (16)
Na_m2^xviii—Ti_m3—O5^xxii	135.93 (10)	Ti_l^iii—Ca_m2—Mg_m3	117.809 (18)
Na_m2^xviii—Ti_m3—O5^iii	92.89 (9)	Ti_l^iii—Ca_m2—Mg_m3^xix	95.303 (16)
Na_m2^xviii—Ti_m3—O5^xxiii	44.07 (10)	Na_m1^xx—Ca_m2—Na_m1^xxix	111.24 (5)
Na_m2^xviii—Ti_m3—O5^xxiv	87.11 (9)	Na_m1^xx—Ca_m2—Na_m2	0
Na_m2^xviii—Ti_m3—O_x	46.29 (10)	Na_m1^xx—Ca_m2—Na_m2^xvii	55.62 (3)
Na_m2^xviii—Ti_m3—O_x^xxv	133.71 (10)	Na_m1^xx—Ca_m2—Na_m2^xviii	124.38 (3)
Na_m2^xviii—Ti_m3—Ca_m2^xi	180.0 (5)	Na_m1^xx—Ca_m2—Ti_m3	66.541 (9)
Na_m2^xviii—Ti_m3—Ca_m2	64.32 (4)	Na_m1^xx—Ca_m2—Ti_m3^xix	177.78 (5)
Na_m2^xviii—Ti_m3—Ca_m2^xxvi	115.68 (4)	Na_m1^xx—Ca_m2—O2^xx	44.25 (12)
Na_m2^xviii—Ti_m3—Ca_m2^xviii	0.0 (5)	Na_m1^xx—Ca_m2—O2^iii	79.87 (11)
Na_m2^xviii—Ti_m3—Fe_m3	0	Na_m1^xx—Ca_m2—O5^xx	139.99 (10)
Na_m2^xviii—Ti_m3—Mg_m3	0	Na_m1^xx—Ca_m2—O5^iii	50.08 (8)
O5^xxii—Ti_m3—O5^iii	87.52 (13)	Na_m1^xx—Ca_m2—O_x	91.34 (10)
O5^xxii—Ti_m3—O5^xxiii	180.0 (5)	Na_m1^xx—Ca_m2—O_x^xxi	143.51 (14)
O5^xxii—Ti_m3—O5^xxiv	92.48 (13)	Na_m1^xx—Ca_m2—Mn_m2	0
O5^xxii—Ti_m3—O_x	89.66 (14)	Na_m1^xx—Ca_m2—Mn_m2^xviii	124.38 (3)
O5^xxii—Ti_m3—O_x^xxv	90.34 (14)	Na_m1^xx—Ca_m2—Ca_m2^xvii	55.62 (3)
O5^xxii—Ti_m3—Ca_m2^xi	44.07 (10)	Na_m1^xx—Ca_m2—Ca_m2^xviii	124.38 (3)
O5^xxii—Ti_m3—Ca_m2	87.11 (9)	Na_m1^xx—Ca_m2—Fe_m3	66.541 (9)
O5^xxii—Ti_m3—Ca_m2^xxvi	92.89 (9)	Na_m1^xx—Ca_m2—Fe_m3^xix	177.78 (5)
O5^xxii—Ti_m3—Ca_m2^xviii	135.93 (10)	Na_m1^xx—Ca_m2—Mg_m3	66.541 (9)
O5^xxii—Ti_m3—Fe_m3	0	Na_m1^xx—Ca_m2—Mg_m3^xix	177.78 (5)
O5^xxii—Ti_m3—Mg_m3	0	Na_m1^xxix—Ca_m2—Na_m2	0
O5^iii—Ti_m3—O5^xxiii	92.48 (13)	Na_m1^xxix—Ca_m2—Na_m2^xvii	55.62 (3)
O5^iii—Ti_m3—O5^xxiv	180.0 (5)	Na_m1^xxix—Ca_m2—Na_m2^xviii	124.38 (3)
O5^iii—Ti_m3—O_x	90.34 (14)	Na_m1^xxix—Ca_m2—Ti_m3	177.78 (5)
O5^iii—Ti_m3—O_x^xxv	89.66 (14)	Na_m1^xxix—Ca_m2—Ti_m3^xix	66.541 (9)
O5^iii—Ti_m3—Ca_m2^xi	87.11 (9)	Na_m1^xxix—Ca_m2—O2^xx	79.87 (11)
O5^iii—Ti_m3—Ca_m2	44.07 (10)	Na_m1^xxix—Ca_m2—O2^iii	44.25 (12)
O5^iii—Ti_m3—Ca_m2^xxvi	135.93 (10)	Na_m1^xxix—Ca_m2—O5^xx	50.08 (8)
O5^iii—Ti_m3—Ca_m2^xviii	92.89 (9)	Na_m1^xxix—Ca_m2—O5^iii	139.99 (10)
O5^iii—Ti_m3—Fe_m3	0	Na_m1^xxix—Ca_m2—O_x	143.51 (14)
O5^iii—Ti_m3—Mg_m3	0	Na_m1^xxix—Ca_m2—O_x^xxi	91.34 (10)
O5^xxiii—Ti_m3—O5^xxiv	87.52 (13)	Na_m1^xxix—Ca_m2—Mn_m2	0
O5^xxiii—Ti_m3—O_x	90.34 (14)	Na_m1^xxix—Ca_m2—Mn_m2^xviii	124.38 (3)
O5^xxiii—Ti_m3—O_x^xxv	89.66 (14)	Na_m1^xxix—Ca_m2—Ca_m2^xvii	55.62 (3)
O5^xxiii—Ti_m3—Ca_m2^xi	135.93 (10)	Na_m1^xxix—Ca_m2—Ca_m2^xviii	124.38 (3)
O5^xxiii—Ti_m3—Ca_m2	92.89 (9)	Na_m1^xxix—Ca_m2—Fe_m3	177.78 (5)
O5^xxiii—Ti_m3—Ca_m2^xxvi	87.11 (9)	Na_m1^xxix—Ca_m2—Fe_m3^xix	66.541 (9)
O5^xxiii—Ti_m3—Ca_m2^xviii	44.07 (10)	Na_m1^xxix—Ca_m2—Mg_m3	177.78 (5)
O5^xxiii—Ti_m3—Fe_m3	0	Na_m1^xxix—Ca_m2—Mg_m3^xix	66.541 (9)
O5^xxiii—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—Na_m2^xvii	0
O5^xxiv—Ti_m3—O_x	89.66 (14)	Na_m2—Ca_m2—Na_m2^xviii	0
O5^xxiv—Ti_m3—O_x^xxv	90.34 (14)	Na_m2—Ca_m2—Ti_m3	0
O5^xxiv—Ti_m3—Ca_m2^xi	92.89 (9)	Na_m2—Ca_m2—Ti_m3^xix	0
O5^xxiv—Ti_m3—Ca_m2	135.93 (10)	Na_m2—Ca_m2—O2^xx	0
O5^xxiv—Ti_m3—Ca_m2^xxvi	44.07 (10)	Na_m2—Ca_m2—O2^iii	0
O5^xxiv—Ti_m3—Ca_m2^xviii	87.11 (9)	Na_m2—Ca_m2—O5^xx	0
O5^xxiv—Ti_m3—Fe_m3	0	Na_m2—Ca_m2—O5^iii	0
O5^xxiv—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—O_x	0
O_x—Ti_m3—O_x^xxv	180.0 (5)	Na_m2—Ca_m2—O_x^xxi	0
O_x—Ti_m3—Ca_m2^xi	133.71 (10)	Na_m2—Ca_m2—Mn_m2	0
O_x—Ti_m3—Ca_m2	46.29 (10)	Na_m2—Ca_m2—Mn_m2^xviii	0
O_x—Ti_m3—Ca_m2^xxvi	133.71 (10)	Na_m2—Ca_m2—Ca_m2^xvii	0
O_x—Ti_m3—Ca_m2^xviii	46.29 (10)	Na_m2—Ca_m2—Ca_m2^xviii	0
O_x—Ti_m3—Fe_m3	0	Na_m2—Ca_m2—Fe_m3	0
O_x—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—Fe_m3^xix	0
O_x^xxv—Ti_m3—Ca_m2^xi	46.29 (10)	Na_m2—Ca_m2—Mg_m3	0
O_x^xxv—Ti_m3—Ca_m2	133.71 (10)	Na_m2—Ca_m2—Mg_m3^xix	0
O_x^xxv—Ti_m3—Ca_m2^xxvi	46.29 (10)	Na_m2^xvii—Ca_m2—Na_m2^xviii	180.0 (5)
O_x^xxv—Ti_m3—Ca_m2^xviii	133.71 (10)	Na_m2^xvii—Ca_m2—Ti_m3	122.16 (3)
O_x^xxv—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Ti_m3^xix	122.16 (3)
O_x^xxv—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—O2^xx	37.81 (9)
Ca_m2^xi—Ti_m3—Ca_m2	115.68 (4)	Na_m2^xvii—Ca_m2—O2^iii	37.81 (9)
Ca_m2^xi—Ti_m3—Ca_m2^xxvi	64.32 (4)	Na_m2^xvii—Ca_m2—O5^xx	96.31 (10)
Ca_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Na_m2^xvii—Ca_m2—O5^iii	96.31 (10)
Ca_m2^xi—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—O_x	137.10 (9)
Ca_m2^xi—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—O_x^xxi	137.10 (9)
Ca_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Na_m2^xvii—Ca_m2—Mn_m2	0
Ca_m2—Ti_m3—Ca_m2^xviii	64.32 (4)	Na_m2^xvii—Ca_m2—Mn_m2^xviii	180.0 (5)
Ca_m2—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Ca_m2^xvii	0.0 (5)
Ca_m2—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
Ca_m2^xxvi—Ti_m3—Ca_m2^xviii	115.68 (4)	Na_m2^xvii—Ca_m2—Fe_m3	122.16 (3)
Ca_m2^xxvi—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Fe_m3^xix	122.16 (3)
Ca_m2^xxvi—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—Mg_m3	122.16 (3)
Ca_m2^xviii—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Mg_m3^xix	122.16 (3)
Ca_m2^xviii—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—Ti_m3	57.84 (3)
Fe_m3—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—Ti_m3^xix	57.84 (3)
Sr_a^xii—Si—Sr_a^xxvii	104.77 (4)	Na_m2^xviii—Ca_m2—O2^xx	142.19 (9)
Sr_a^xii—Si—Sr_a^ix	86.36 (3)	Na_m2^xviii—Ca_m2—O2^iii	142.19 (9)
Sr_a^xii—Si—O1	51.36 (12)	Na_m2^xviii—Ca_m2—O5^xx	83.69 (10)
Sr_a^xii—Si—O3	133.05 (13)	Na_m2^xviii—Ca_m2—O5^iii	83.69 (10)
Sr_a^xii—Si—O4	54.76 (14)	Na_m2^xviii—Ca_m2—O_x	42.90 (9)
Sr_a^xii—Si—O5	112.50 (12)	Na_m2^xviii—Ca_m2—O_x^xxi	42.90 (9)
Sr_a^xii—Si—K_a^xii	0.0 (5)	Na_m2^xviii—Ca_m2—Mn_m2	0
Sr_a^xii—Si—K_a^xxvii	104.77 (4)	Na_m2^xviii—Ca_m2—Mn_m2^xviii	0.0 (5)
Sr_a^xii—Si—K_a^ix	86.36 (3)	Na_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
Sr_a^xii—Si—Ba_a^xii	0.0 (5)	Na_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
Sr_a^xii—Si—Ba_a^xxvii	104.77 (4)	Na_m2^xviii—Ca_m2—Fe_m3	57.84 (3)
Sr_a^xii—Si—Ba_a^ix	86.36 (3)	Na_m2^xviii—Ca_m2—Fe_m3^xix	57.84 (3)
Sr_a^xxvii—Si—Sr_a^ix	86.11 (3)	Na_m2^xviii—Ca_m2—Mg_m3	57.84 (3)
Sr_a^xxvii—Si—O1	133.52 (14)	Na_m2^xviii—Ca_m2—Mg_m3^xix	57.84 (3)
Sr_a^xxvii—Si—O3	51.95 (12)	Ti_m3—Ca_m2—Ti_m3^xix	115.68 (6)
Sr_a^xxvii—Si—O4	55.24 (15)	Ti_m3—Ca_m2—O2^xx	98.24 (10)
Sr_a^xxvii—Si—O5	113.65 (12)	Ti_m3—Ca_m2—O2^iii	134.25 (12)
Sr_a^xxvii—Si—K_a^xii	104.77 (4)	Ti_m3—Ca_m2—O5^xx	131.56 (10)
Sr_a^xxvii—Si—K_a^xxvii	0.0 (5)	Ti_m3—Ca_m2—O5^iii	38.70 (8)
Sr_a^xxvii—Si—K_a^ix	86.11 (3)	Ti_m3—Ca_m2—O_x	37.79 (14)
Sr_a^xxvii—Si—Ba_a^xii	104.77 (4)	Ti_m3—Ca_m2—O_x^xxi	90.60 (11)
Sr_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	Ti_m3—Ca_m2—Mn_m2	0
Sr_a^xxvii—Si—Ba_a^ix	86.11 (3)	Ti_m3—Ca_m2—Mn_m2^xviii	57.84 (3)
Sr_a^ix—Si—O1	56.91 (13)	Ti_m3—Ca_m2—Ca_m2^xvii	122.16 (3)
Sr_a^ix—Si—O3	55.74 (11)	Ti_m3—Ca_m2—Ca_m2^xviii	57.84 (3)
Sr_a^ix—Si—O4	103.81 (16)	Ti_m3—Ca_m2—Fe_m3	0.0 (5)
Sr_a^ix—Si—O5	146.23 (13)	Ti_m3—Ca_m2—Fe_m3^xix	115.68 (6)
Sr_a^ix—Si—K_a^xii	86.36 (3)	Ti_m3—Ca_m2—Mg_m3	0.0 (5)
Sr_a^ix—Si—K_a^xxvii	86.11 (3)	Ti_m3—Ca_m2—Mg_m3^xix	115.68 (6)
Sr_a^ix—Si—K_a^ix	0.0 (5)	Ti_m3^xix—Ca_m2—O2^xx	134.25 (12)
Sr_a^ix—Si—Ba_a^xii	86.36 (3)	Ti_m3^xix—Ca_m2—O2^iii	98.24 (10)
Sr_a^ix—Si—Ba_a^xxvii	86.11 (3)	Ti_m3^xix—Ca_m2—O5^xx	38.70 (8)
Sr_a^ix—Si—Ba_a^ix	0.0 (5)	Ti_m3^xix—Ca_m2—O5^iii	131.56 (10)
O1—Si—O3	111.05 (17)	Ti_m3^xix—Ca_m2—O_x	90.60 (11)
O1—Si—O4	103.67 (19)	Ti_m3^xix—Ca_m2—O_x^xxi	37.79 (14)
O1—Si—O5	112.55 (18)	Ti_m3^xix—Ca_m2—Mn_m2	0
O1—Si—K_a^xii	51.36 (12)	Ti_m3^xix—Ca_m2—Mn_m2^xviii	57.84 (3)
O1—Si—K_a^xxvii	133.52 (14)	Ti_m3^xix—Ca_m2—Ca_m2^xvii	122.16 (3)
O1—Si—K_a^ix	56.91 (13)	Ti_m3^xix—Ca_m2—Ca_m2^xviii	57.84 (3)
O1—Si—Ba_a^xii	51.36 (12)	Ti_m3^xix—Ca_m2—Fe_m3	115.68 (6)
O1—Si—Ba_a^xxvii	133.52 (14)	Ti_m3^xix—Ca_m2—Fe_m3^xix	0.0 (5)
O1—Si—Ba_a^ix	56.91 (13)	Ti_m3^xix—Ca_m2—Mg_m3	115.68 (6)
O3—Si—O4	104.4 (2)	Ti_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
O3—Si—O5	114.30 (17)	O2^xx—Ca_m2—O2^iii	75.63 (14)
O3—Si—K_a^xii	133.05 (13)	O2^xx—Ca_m2—O5^xx	95.82 (15)
O3—Si—K_a^xxvii	51.95 (12)	O2^xx—Ca_m2—O5^iii	94.15 (15)
O3—Si—K_a^ix	55.74 (11)	O2^xx—Ca_m2—O_x	99.79 (13)
O3—Si—Ba_a^xii	133.05 (13)	O2^xx—Ca_m2—O_x^xxi	170.88 (16)
O3—Si—Ba_a^xxvii	51.95 (12)	O2^xx—Ca_m2—Mn_m2	0
O3—Si—Ba_a^ix	55.74 (11)	O2^xx—Ca_m2—Mn_m2^xviii	142.19 (9)
O4—Si—O5	110.0 (2)	O2^xx—Ca_m2—Ca_m2^xvii	37.81 (9)
O4—Si—K_a^xii	54.76 (14)	O2^xx—Ca_m2—Ca_m2^xviii	142.19 (9)
O4—Si—K_a^xxvii	55.24 (15)	O2^xx—Ca_m2—Fe_m3	98.24 (10)
O4—Si—K_a^ix	103.81 (16)	O2^xx—Ca_m2—Fe_m3^xix	134.25 (12)
O4—Si—Ba_a^xii	54.76 (14)	O2^xx—Ca_m2—Mg_m3	98.24 (10)
O4—Si—Ba_a^xxvii	55.24 (15)	O2^xx—Ca_m2—Mg_m3^xix	134.25 (12)
O4—Si—Ba_a^ix	103.81 (16)	O2^iii—Ca_m2—O5^xx	94.15 (15)
O5—Si—K_a^xii	112.50 (12)	O2^iii—Ca_m2—O5^iii	95.82 (15)
O5—Si—K_a^xxvii	113.65 (12)	O2^iii—Ca_m2—O_x	170.88 (16)
O5—Si—K_a^ix	146.23 (13)	O2^iii—Ca_m2—O_x^xxi	99.79 (13)
O5—Si—Ba_a^xii	112.50 (12)	O2^iii—Ca_m2—Mn_m2	0
O5—Si—Ba_a^xxvii	113.65 (12)	O2^iii—Ca_m2—Mn_m2^xviii	142.19 (9)
O5—Si—Ba_a^ix	146.23 (13)	O2^iii—Ca_m2—Ca_m2^xvii	37.81 (9)
K_a^xii—Si—K_a^xxvii	104.77 (4)	O2^iii—Ca_m2—Ca_m2^xviii	142.19 (9)
K_a^xii—Si—K_a^ix	86.36 (3)	O2^iii—Ca_m2—Fe_m3	134.25 (12)
K_a^xii—Si—Ba_a^xii	0.0 (5)	O2^iii—Ca_m2—Fe_m3^xix	98.24 (10)
K_a^xii—Si—Ba_a^xxvii	104.77 (4)	O2^iii—Ca_m2—Mg_m3	134.25 (12)
K_a^xii—Si—Ba_a^ix	86.36 (3)	O2^iii—Ca_m2—Mg_m3^xix	98.24 (10)
K_a^xxvii—Si—K_a^ix	86.11 (3)	O5^xx—Ca_m2—O5^iii	167.37 (15)
K_a^xxvii—Si—Ba_a^xii	104.77 (4)	O5^xx—Ca_m2—O_x	94.17 (16)
K_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	O5^xx—Ca_m2—O_x^xxi	76.48 (16)
K_a^xxvii—Si—Ba_a^ix	86.11 (3)	O5^xx—Ca_m2—Mn_m2	0
K_a^ix—Si—Ba_a^xii	86.36 (3)	O5^xx—Ca_m2—Mn_m2^xviii	83.69 (10)
K_a^ix—Si—Ba_a^xxvii	86.11 (3)	O5^xx—Ca_m2—Ca_m2^xvii	96.31 (10)
K_a^ix—Si—Ba_a^ix	0.0 (5)	O5^xx—Ca_m2—Ca_m2^xviii	83.69 (10)
Ba_a^xii—Si—Ba_a^xxvii	104.77 (4)	O5^xx—Ca_m2—Fe_m3	131.56 (10)
Ba_a^xii—Si—Ba_a^ix	86.36 (3)	O5^xx—Ca_m2—Fe_m3^xix	38.70 (8)
Ba_a^xxvii—Si—Ba_a^ix	86.11 (3)	O5^xx—Ca_m2—Mg_m3	131.56 (10)
Ti_l—O1—Si	140.4 (2)	O5^xx—Ca_m2—Mg_m3^xix	38.70 (8)
Ti_l—O1—K_a^xii	105.91 (12)	O5^iii—Ca_m2—O_x	76.48 (16)
Ti_l—O1—K_a^ix	100.55 (13)	O5^iii—Ca_m2—O_x^xxi	94.17 (16)
Ti_l—O1—Ba_a^xii	105.91 (12)	O5^iii—Ca_m2—Mn_m2	0
Ti_l—O1—Ba_a^ix	100.55 (13)	O5^iii—Ca_m2—Mn_m2^xviii	83.69 (10)
Si—O1—K_a^xii	100.93 (15)	O5^iii—Ca_m2—Ca_m2^xvii	96.31 (10)
Si—O1—K_a^ix	94.63 (14)	O5^iii—Ca_m2—Ca_m2^xviii	83.69 (10)
Si—O1—Ba_a^xii	100.93 (15)	O5^iii—Ca_m2—Fe_m3	38.70 (8)
Si—O1—Ba_a^ix	94.63 (14)	O5^iii—Ca_m2—Fe_m3^xix	131.56 (10)
K_a^xii—O1—K_a^ix	113.54 (12)	O5^iii—Ca_m2—Mg_m3	38.70 (8)
K_a^xii—O1—Ba_a^xii	0.0 (5)	O5^iii—Ca_m2—Mg_m3^xix	131.56 (10)
K_a^xii—O1—Ba_a^ix	113.54 (12)	O_x—Ca_m2—O_x^xxi	85.81 (14)
K_a^ix—O1—Ba_a^xii	113.54 (12)	O_x—Ca_m2—Mn_m2	0
K_a^ix—O1—Ba_a^ix	0.0 (5)	O_x—Ca_m2—Mn_m2^xviii	42.90 (9)
Ba_a^xii—O1—Ba_a^ix	113.54 (12)	O_x—Ca_m2—Ca_m2^xvii	137.10 (9)
Ti_l—O2—Na_m1	121.7 (2)	O_x—Ca_m2—Ca_m2^xviii	42.90 (9)
Ti_l—O2—Na_m2^x	121.37 (14)	O_x—Ca_m2—Fe_m3	37.79 (14)
Ti_l—O2—Na_m2^v	121.37 (14)	O_x—Ca_m2—Fe_m3^xix	90.60 (11)
Ti_l—O2—Ca_m2^x	121.37 (14)	O_x—Ca_m2—Mg_m3	37.79 (14)
Ti_l—O2—Ca_m2^v	121.37 (14)	O_x—Ca_m2—Mg_m3^xix	90.60 (11)
Na_m1—O2—Na_m2^x	90.13 (15)	O_x^xxi—Ca_m2—Mn_m2	0
Na_m1—O2—Na_m2^v	90.13 (15)	O_x^xxi—Ca_m2—Mn_m2^xviii	42.90 (9)
Na_m1—O2—Ca_m2^x	90.13 (15)	O_x^xxi—Ca_m2—Ca_m2^xvii	137.10 (9)
Na_m1—O2—Ca_m2^v	90.13 (15)	O_x^xxi—Ca_m2—Ca_m2^xviii	42.90 (9)
Na_m2^x—O2—Na_m2^v	104.37 (18)	O_x^xxi—Ca_m2—Fe_m3	90.60 (11)
Na_m2^x—O2—Ca_m2^x	0.0 (5)	O_x^xxi—Ca_m2—Fe_m3^xix	37.79 (14)
Na_m2^x—O2—Ca_m2^v	104.37 (18)	O_x^xxi—Ca_m2—Mg_m3	90.60 (11)
Na_m2^v—O2—Ca_m2^x	104.37 (18)	O_x^xxi—Ca_m2—Mg_m3^xix	37.79 (14)
Na_m2^v—O2—Ca_m2^v	0.0 (5)	Mn_m2—Ca_m2—Mn_m2^xviii	0
Ca_m2^x—O2—Ca_m2^v	104.37 (18)	Mn_m2—Ca_m2—Ca_m2^xvii	0
Ti_l^xix—O3—Si	139.8 (2)	Mn_m2—Ca_m2—Ca_m2^xviii	0
Ti_l^xix—O3—K_a^xxvii	105.89 (12)	Mn_m2—Ca_m2—Fe_m3	0
Ti_l^xix—O3—K_a^ix	101.00 (13)	Mn_m2—Ca_m2—Fe_m3^xix	0
Ti_l^xix—O3—Ba_a^xxvii	105.89 (12)	Mn_m2—Ca_m2—Mg_m3	0
Ti_l^xix—O3—Ba_a^ix	101.00 (13)	Mn_m2—Ca_m2—Mg_m3^xix	0
Si—O3—K_a^xxvii	100.04 (15)	Mn_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
Si—O3—K_a^ix	95.87 (13)	Mn_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
Si—O3—Ba_a^xxvii	100.04 (15)	Mn_m2^xviii—Ca_m2—Fe_m3	57.84 (3)
Si—O3—Ba_a^ix	95.87 (13)	Mn_m2^xviii—Ca_m2—Fe_m3^xix	57.84 (3)
K_a^xxvii—O3—K_a^ix	113.72 (12)	Mn_m2^xviii—Ca_m2—Mg_m3	57.84 (3)
K_a^xxvii—O3—Ba_a^xxvii	0.0 (5)	Mn_m2^xviii—Ca_m2—Mg_m3^xix	57.84 (3)
K_a^xxvii—O3—Ba_a^ix	113.72 (12)	Ca_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
K_a^ix—O3—Ba_a^xxvii	113.72 (12)	Ca_m2^xvii—Ca_m2—Fe_m3	122.16 (3)
K_a^ix—O3—Ba_a^ix	0.0 (5)	Ca_m2^xvii—Ca_m2—Fe_m3^xix	122.16 (3)
Ba_a^xxvii—O3—Ba_a^ix	113.72 (12)	Ca_m2^xvii—Ca_m2—Mg_m3	122.16 (3)
Si—O4—Si^xxxi	134.6 (3)	Ca_m2^xvii—Ca_m2—Mg_m3^xix	122.16 (3)
Si—O4—K_a^xii	96.45 (15)	Ca_m2^xviii—Ca_m2—Fe_m3	57.84 (3)
Si—O4—K_a^xxvii	95.71 (15)	Ca_m2^xviii—Ca_m2—Fe_m3^xix	57.84 (3)
Si—O4—Ba_a^xii	96.45 (15)	Ca_m2^xviii—Ca_m2—Mg_m3	57.84 (3)
Si—O4—Ba_a^xxvii	95.71 (15)	Ca_m2^xviii—Ca_m2—Mg_m3^xix	57.84 (3)
Si^xxxi—O4—K_a^xii	96.45 (15)	Fe_m3—Ca_m2—Fe_m3^xix	115.68 (6)
Si^xxxi—O4—K_a^xxvii	95.71 (15)	Fe_m3—Ca_m2—Mg_m3	0.0 (5)
Si^xxxi—O4—Ba_a^xii	96.45 (15)	Fe_m3—Ca_m2—Mg_m3^xix	115.68 (6)
Si^xxxi—O4—Ba_a^xxvii	95.71 (15)	Fe_m3^xix—Ca_m2—Mg_m3	115.68 (6)
K_a^xii—O4—K_a^xxvii	148.13 (18)	Fe_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
K_a^xii—O4—Ba_a^xii	0.0 (5)	Mg_m3—Ca_m2—Mg_m3^xix	115.68 (6)
K_a^xii—O4—Ba_a^xxvii	148.13 (18)	Na_m2^xi—Fe_m3—Na_m2	115.68 (4)
K_a^xxvii—O4—Ba_a^xii	148.13 (18)	Na_m2^xi—Fe_m3—Na_m2^xxvi	64.32 (4)
K_a^xxvii—O4—Ba_a^xxvii	0.0 (5)	Na_m2^xi—Fe_m3—Na_m2^xviii	180.0 (5)
Ba_a^xii—O4—Ba_a^xxvii	148.13 (18)	Na_m2^xi—Fe_m3—Ti_m3	0
Na_m2^x—O5—Ti_m3^xxviii	97.23 (14)	Na_m2^xi—Fe_m3—O5^xxii	44.07 (10)
Na_m2^x—O5—Si	120.88 (16)	Na_m2^xi—Fe_m3—O5^iii	87.11 (9)
Na_m2^x—O5—Ca_m2^x	0.0 (5)	Na_m2^xi—Fe_m3—O5^xxiii	135.93 (10)
Na_m2^x—O5—Fe_m3^xxviii	97.23 (14)	Na_m2^xi—Fe_m3—O5^xxiv	92.89 (9)
Na_m2^x—O5—Mg_m3^xxviii	97.23 (14)	Na_m2^xi—Fe_m3—O_x	133.71 (10)
Ti_m3^xxviii—O5—Si	126.7 (2)	Na_m2^xi—Fe_m3—O_x^xxv	46.29 (10)
Ti_m3^xxviii—O5—Ca_m2^x	97.23 (14)	Na_m2^xi—Fe_m3—Ca_m2^xi	0.0 (5)
Ti_m3^xxviii—O5—Fe_m3^xxviii	0.0 (5)	Na_m2^xi—Fe_m3—Ca_m2	115.68 (4)
Ti_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2^xi—Fe_m3—Ca_m2^xxvi	64.32 (4)
Si—O5—Ca_m2^x	120.88 (16)	Na_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Si—O5—Fe_m3^xxviii	126.7 (2)	Na_m2^xi—Fe_m3—Mg_m3	0
Si—O5—Mg_m3^xxviii	126.7 (2)	Na_m2—Fe_m3—Na_m2^xxvi	180.0 (5)
Ca_m2^x—O5—Fe_m3^xxviii	97.23 (14)	Na_m2—Fe_m3—Na_m2^xviii	64.32 (4)
Ca_m2^x—O5—Mg_m3^xxviii	97.23 (14)	Na_m2—Fe_m3—Ti_m3	0
Fe_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2—Fe_m3—O5^xxii	87.11 (9)
Na_m2—O_x—Na_m2^xviii	94.19 (18)	Na_m2—Fe_m3—O5^iii	44.07 (10)
Na_m2—O_x—Ti_m3	95.92 (19)	Na_m2—Fe_m3—O5^xxiii	92.89 (9)
Na_m2—O_x—Ca_m2	0.0 (5)	Na_m2—Fe_m3—O5^xxiv	135.93 (10)
Na_m2—O_x—Ca_m2^xviii	94.19 (18)	Na_m2—Fe_m3—O_x	46.29 (10)
Na_m2—O_x—Fe_m3	95.92 (19)	Na_m2—Fe_m3—O_x^xxv	133.71 (10)
Na_m2—O_x—Mg_m3	95.92 (19)	Na_m2—Fe_m3—Ca_m2^xi	115.68 (4)
Na_m2^xviii—O_x—Ti_m3	95.92 (19)	Na_m2—Fe_m3—Ca_m2	0.0 (5)
Na_m2^xviii—O_x—Ca_m2	94.19 (18)	Na_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Na_m2^xviii—O_x—Ca_m2^xviii	0.0 (5)	Na_m2—Fe_m3—Ca_m2^xviii	64.32 (4)
Na_m2^xviii—O_x—Fe_m3	95.92 (19)	Na_m2—Fe_m3—Mg_m3	0
Na_m2^xviii—O_x—Mg_m3	95.92 (19)	Na_m2^xxvi—Fe_m3—Na_m2^xviii	115.68 (4)
Ti_m3—O_x—Ca_m2	95.92 (19)	Na_m2^xxvi—Fe_m3—Ti_m3	0
Ti_m3—O_x—Ca_m2^xviii	95.92 (19)	Na_m2^xxvi—Fe_m3—O5^xxii	92.89 (9)
Ti_m3—O_x—Fe_m3	0.0 (5)	Na_m2^xxvi—Fe_m3—O5^iii	135.93 (10)
Ti_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xxvi—Fe_m3—O5^xxiii	87.11 (9)
Ca_m2—O_x—Ca_m2^xviii	94.19 (18)	Na_m2^xxvi—Fe_m3—O5^xxiv	44.07 (10)
Ca_m2—O_x—Fe_m3	95.92 (19)	Na_m2^xxvi—Fe_m3—O_x	133.71 (10)
Ca_m2—O_x—Mg_m3	95.92 (19)	Na_m2^xxvi—Fe_m3—O_x^xxv	46.29 (10)
Ca_m2^xviii—O_x—Fe_m3	95.92 (19)	Na_m2^xxvi—Fe_m3—Ca_m2^xi	64.32 (4)
Ca_m2^xviii—O_x—Mg_m3	95.92 (19)	Na_m2^xxvi—Fe_m3—Ca_m2	180.0 (5)
Fe_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xxvi—Fe_m3—Ca_m2^xxvi	0.0 (5)
Sr_a—K_a—Sr_a^ii	0	Na_m2^xxvi—Fe_m3—Ca_m2^xviii	115.68 (4)
Sr_a—K_a—Sr_a^iii	0	Na_m2^xxvi—Fe_m3—Mg_m3	0
Sr_a—K_a—Sr_a^viii	0	Na_m2^xviii—Fe_m3—Ti_m3	0
Sr_a—K_a—Sr_a^ix	0	Na_m2^xviii—Fe_m3—O5^xxii	135.93 (10)
Sr_a—K_a—Ti_l^i	0	Na_m2^xviii—Fe_m3—O5^iii	92.89 (9)
Sr_a—K_a—Ti_l	0	Na_m2^xviii—Fe_m3—O5^xxiii	44.07 (10)
Sr_a—K_a—Ti_l^ii	0	Na_m2^xviii—Fe_m3—O5^xxiv	87.11 (9)
Sr_a—K_a—Ti_l^iii	0	Na_m2^xviii—Fe_m3—O_x	46.29 (10)
Sr_a—K_a—Si^iv	0	Na_m2^xviii—Fe_m3—O_x^xxv	133.71 (10)
Sr_a—K_a—Si^i	0	Na_m2^xviii—Fe_m3—Ca_m2^xi	180.0 (5)
Sr_a—K_a—Si^iii	0	Na_m2^xviii—Fe_m3—Ca_m2	64.32 (4)
Sr_a—K_a—Si^v	0	Na_m2^xviii—Fe_m3—Ca_m2^xxvi	115.68 (4)
Sr_a—K_a—Si^vi	0	Na_m2^xviii—Fe_m3—Ca_m2^xviii	0.0 (5)
Sr_a—K_a—Si^vii	0	Na_m2^xviii—Fe_m3—Mg_m3	0
Sr_a—K_a—O1^i	0	Ti_m3—Fe_m3—O5^xxii	0
Sr_a—K_a—O1^iii	0	Ti_m3—Fe_m3—O5^iii	0
Sr_a—K_a—O1^v	0	Ti_m3—Fe_m3—O5^xxiii	0
Sr_a—K_a—O1^vii	0	Ti_m3—Fe_m3—O5^xxiv	0
Sr_a—K_a—O3^iv	0	Ti_m3—Fe_m3—O_x	0
Sr_a—K_a—O3^iii	0	Ti_m3—Fe_m3—O_x^xxv	0
Sr_a—K_a—O3^v	0	Ti_m3—Fe_m3—Ca_m2^xi	0
Sr_a—K_a—O3^vi	0	Ti_m3—Fe_m3—Ca_m2	0
Sr_a—K_a—O4^iv	0	Ti_m3—Fe_m3—Ca_m2^xxvi	0
Sr_a—K_a—O4^i	0	Ti_m3—Fe_m3—Ca_m2^xviii	0
Sr_a—K_a—K_a^ii	0	Ti_m3—Fe_m3—Mg_m3	0
Sr_a—K_a—K_a^iii	0	O5^xxii—Fe_m3—O5^iii	87.52 (13)
Sr_a—K_a—K_a^viii	0	O5^xxii—Fe_m3—O5^xxiii	180.0 (5)
Sr_a—K_a—K_a^ix	0	O5^xxii—Fe_m3—O5^xxiv	92.48 (13)
Sr_a—K_a—Na_a	0	O5^xxii—Fe_m3—O_x	89.66 (14)
Sr_a—K_a—Ba_a	0	O5^xxii—Fe_m3—O_x^xxv	90.34 (14)
Sr_a—K_a—Ba_a^ii	0	O5^xxii—Fe_m3—Ca_m2^xi	44.07 (10)
Sr_a—K_a—Ba_a^iii	0	O5^xxii—Fe_m3—Ca_m2	87.11 (9)
Sr_a—K_a—Ba_a^viii	0	O5^xxii—Fe_m3—Ca_m2^xxvi	92.89 (9)
Sr_a—K_a—Ba_a^ix	0	O5^xxii—Fe_m3—Ca_m2^xviii	135.93 (10)
Sr_a^ii—K_a—Sr_a^iii	71.070 (13)	O5^xxii—Fe_m3—Mg_m3	0
Sr_a^ii—K_a—Sr_a^viii	99.879 (17)	O5^iii—Fe_m3—O5^xxiii	92.48 (13)
Sr_a^ii—K_a—Sr_a^ix	147.17 (2)	O5^iii—Fe_m3—O5^xxiv	180.0 (5)
Sr_a^ii—K_a—Ti_l^i	51.496 (17)	O5^iii—Fe_m3—O_x	90.34 (14)
Sr_a^ii—K_a—Ti_l	144.92 (2)	O5^iii—Fe_m3—O_x^xxv	89.66 (14)
Sr_a^ii—K_a—Ti_l^ii	52.184 (11)	O5^iii—Fe_m3—Ca_m2^xi	87.11 (9)
Sr_a^ii—K_a—Ti_l^iii	102.860 (19)	O5^iii—Fe_m3—Ca_m2	44.07 (10)
Sr_a^ii—K_a—Si^iv	46.87 (2)	O5^iii—Fe_m3—Ca_m2^xxvi	135.93 (10)
Sr_a^ii—K_a—Si^i	103.50 (2)	O5^iii—Fe_m3—Ca_m2^xviii	92.89 (9)
Sr_a^ii—K_a—Si^iii	103.24 (3)	O5^iii—Fe_m3—Mg_m3	0
Sr_a^ii—K_a—Si^v	47.02 (2)	O5^xxiii—Fe_m3—O5^xxiv	87.52 (13)
Sr_a^ii—K_a—Si^vi	90.31 (3)	O5^xxiii—Fe_m3—O_x	90.34 (14)
Sr_a^ii—K_a—Si^vii	156.59 (2)	O5^xxiii—Fe_m3—O_x^xxv	89.66 (14)
Sr_a^ii—K_a—O1^i	75.83 (6)	O5^xxiii—Fe_m3—Ca_m2^xi	135.93 (10)
Sr_a^ii—K_a—O1^iii	115.01 (7)	O5^xxiii—Fe_m3—Ca_m2	92.89 (9)
Sr_a^ii—K_a—O1^v	72.74 (6)	O5^xxiii—Fe_m3—Ca_m2^xxvi	87.11 (9)
Sr_a^ii—K_a—O1^vii	175.00 (7)	O5^xxiii—Fe_m3—Ca_m2^xviii	44.07 (10)
Sr_a^ii—K_a—O3^iv	33.81 (7)	O5^xxiii—Fe_m3—Mg_m3	0
Sr_a^ii—K_a—O3^iii	83.02 (6)	O5^xxiv—Fe_m3—O_x	89.66 (14)
Sr_a^ii—K_a—O3^v	32.47 (7)	O5^xxiv—Fe_m3—O_x^xxv	90.34 (14)
Sr_a^ii—K_a—O3^vi	114.74 (6)	O5^xxiv—Fe_m3—Ca_m2^xi	92.89 (9)
Sr_a^ii—K_a—O4^iv	61.47 (5)	O5^xxiv—Fe_m3—Ca_m2	135.93 (10)
Sr_a^ii—K_a—O4^i	129.301 (18)	O5^xxiv—Fe_m3—Ca_m2^xxvi	44.07 (10)
Sr_a^ii—K_a—K_a^ii	0.0 (5)	O5^xxiv—Fe_m3—Ca_m2^xviii	87.11 (9)
Sr_a^ii—K_a—K_a^iii	71.070 (13)	O5^xxiv—Fe_m3—Mg_m3	0
Sr_a^ii—K_a—K_a^viii	99.879 (17)	O_x—Fe_m3—O_x^xxv	180.0 (5)
Sr_a^ii—K_a—K_a^ix	147.17 (2)	O_x—Fe_m3—Ca_m2^xi	133.71 (10)
Sr_a^ii—K_a—Na_a	0	O_x—Fe_m3—Ca_m2	46.29 (10)
Sr_a^ii—K_a—Ba_a	0	O_x—Fe_m3—Ca_m2^xxvi	133.71 (10)
Sr_a^ii—K_a—Ba_a^ii	0.0 (5)	O_x—Fe_m3—Ca_m2^xviii	46.29 (10)
Sr_a^ii—K_a—Ba_a^iii	71.070 (13)	O_x—Fe_m3—Mg_m3	0
Sr_a^ii—K_a—Ba_a^viii	99.879 (17)	O_x^xxv—Fe_m3—Ca_m2^xi	46.29 (10)
Sr_a^ii—K_a—Ba_a^ix	147.17 (2)	O_x^xxv—Fe_m3—Ca_m2	133.71 (10)
Sr_a^iii—K_a—Sr_a^viii	147.17 (2)	O_x^xxv—Fe_m3—Ca_m2^xxvi	46.29 (10)
Sr_a^iii—K_a—Sr_a^ix	99.082 (18)	O_x^xxv—Fe_m3—Ca_m2^xviii	133.71 (10)
Sr_a^iii—K_a—Ti_l^i	51.427 (19)	O_x^xxv—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Ti_l	144.00 (2)	Ca_m2^xi—Fe_m3—Ca_m2	115.68 (4)
Sr_a^iii—K_a—Ti_l^ii	103.10 (2)	Ca_m2^xi—Fe_m3—Ca_m2^xxvi	64.32 (4)
Sr_a^iii—K_a—Ti_l^iii	51.869 (12)	Ca_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Sr_a^iii—K_a—Si^iv	103.68 (2)	Ca_m2^xi—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Si^i	46.53 (2)	Ca_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^iii—K_a—Si^iii	102.99 (3)	Ca_m2—Fe_m3—Ca_m2^xviii	64.32 (4)
Sr_a^iii—K_a—Si^v	47.11 (2)	Ca_m2—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Si^vi	157.16 (2)	Ca_m2^xxvi—Fe_m3—Ca_m2^xviii	115.68 (4)
Sr_a^iii—K_a—Si^vii	89.56 (3)	Ca_m2^xxvi—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—O1^i	34.09 (8)	Ca_m2^xviii—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—O1^iii	82.57 (7)	Na_m1^xx—Mg_m3—Na_m1^xxx	180.0 (5)
Sr_a^iii—K_a—O1^v	32.37 (7)	Na_m1^xx—Mg_m3—Na_m2^xi	57.84 (3)
Sr_a^iii—K_a—O1^vii	113.93 (7)	Na_m1^xx—Mg_m3—Na_m2	57.84 (3)
Sr_a^iii—K_a—O3^iv	75.69 (7)	Na_m1^xx—Mg_m3—Na_m2^xxvi	122.16 (3)
Sr_a^iii—K_a—O3^iii	115.01 (7)	Na_m1^xx—Mg_m3—Na_m2^xviii	122.16 (3)
Sr_a^iii—K_a—O3^v	72.83 (6)	Na_m1^xx—Mg_m3—Ti_m3	0
Sr_a^iii—K_a—O3^vi	174.16 (6)	Na_m1^xx—Mg_m3—O5^xxii	43.76 (9)
Sr_a^iii—K_a—O4^iv	129.753 (16)	Na_m1^xx—Mg_m3—O5^iii	43.76 (9)
Sr_a^iii—K_a—O4^i	60.99 (5)	Na_m1^xx—Mg_m3—O5^xxiii	136.24 (9)
Sr_a^iii—K_a—K_a^ii	71.070 (13)	Na_m1^xx—Mg_m3—O5^xxiv	136.24 (9)
Sr_a^iii—K_a—K_a^iii	0.0 (5)	Na_m1^xx—Mg_m3—O_x	90
Sr_a^iii—K_a—K_a^viii	147.17 (2)	Na_m1^xx—Mg_m3—O_x^xxv	90
Sr_a^iii—K_a—K_a^ix	99.082 (18)	Na_m1^xx—Mg_m3—Ca_m2^xi	57.84 (3)
Sr_a^iii—K_a—Na_a	0	Na_m1^xx—Mg_m3—Ca_m2	57.84 (3)
Sr_a^iii—K_a—Ba_a	0	Na_m1^xx—Mg_m3—Ca_m2^xxvi	122.16 (3)
Sr_a^iii—K_a—Ba_a^ii	71.070 (13)	Na_m1^xx—Mg_m3—Ca_m2^xviii	122.16 (3)
Sr_a^iii—K_a—Ba_a^iii	0.0 (5)	Na_m1^xx—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—Ba_a^viii	147.17 (2)	Na_m1^xxx—Mg_m3—Na_m2^xi	122.16 (3)
Sr_a^iii—K_a—Ba_a^ix	99.082 (18)	Na_m1^xxx—Mg_m3—Na_m2	122.16 (3)
Sr_a^viii—K_a—Sr_a^ix	71.070 (13)	Na_m1^xxx—Mg_m3—Na_m2^xxvi	57.84 (3)
Sr_a^viii—K_a—Ti_l^i	144.92 (2)	Na_m1^xxx—Mg_m3—Na_m2^xviii	57.84 (3)
Sr_a^viii—K_a—Ti_l	51.496 (17)	Na_m1^xxx—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—Ti_l^ii	52.184 (11)	Na_m1^xxx—Mg_m3—O5^xxii	136.24 (9)
Sr_a^viii—K_a—Ti_l^iii	102.860 (19)	Na_m1^xxx—Mg_m3—O5^iii	136.24 (9)
Sr_a^viii—K_a—Si^iv	90.31 (3)	Na_m1^xxx—Mg_m3—O5^xxiii	43.76 (9)
Sr_a^viii—K_a—Si^i	156.59 (2)	Na_m1^xxx—Mg_m3—O5^xxiv	43.76 (9)
Sr_a^viii—K_a—Si^iii	47.02 (2)	Na_m1^xxx—Mg_m3—O_x	90
Sr_a^viii—K_a—Si^v	103.24 (3)	Na_m1^xxx—Mg_m3—O_x^xxv	90
Sr_a^viii—K_a—Si^vi	46.87 (2)	Na_m1^xxx—Mg_m3—Ca_m2^xi	122.16 (3)
Sr_a^viii—K_a—Si^vii	103.50 (2)	Na_m1^xxx—Mg_m3—Ca_m2	122.16 (3)
Sr_a^viii—K_a—O1^i	175.00 (7)	Na_m1^xxx—Mg_m3—Ca_m2^xxvi	57.84 (3)
Sr_a^viii—K_a—O1^iii	72.74 (6)	Na_m1^xxx—Mg_m3—Ca_m2^xviii	57.84 (3)
Sr_a^viii—K_a—O1^v	115.01 (7)	Na_m1^xxx—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—O1^vii	75.83 (6)	Na_m2^xi—Mg_m3—Na_m2	115.68 (4)
Sr_a^viii—K_a—O3^iv	114.74 (6)	Na_m2^xi—Mg_m3—Na_m2^xxvi	64.32 (4)
Sr_a^viii—K_a—O3^iii	32.47 (7)	Na_m2^xi—Mg_m3—Na_m2^xviii	180.0 (5)
Sr_a^viii—K_a—O3^v	83.02 (6)	Na_m2^xi—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—O3^vi	33.81 (7)	Na_m2^xi—Mg_m3—O5^xxii	44.07 (10)
Sr_a^viii—K_a—O4^iv	61.47 (5)	Na_m2^xi—Mg_m3—O5^iii	87.11 (9)
Sr_a^viii—K_a—O4^i	129.301 (18)	Na_m2^xi—Mg_m3—O5^xxiii	135.93 (10)
Sr_a^viii—K_a—K_a^ii	99.879 (17)	Na_m2^xi—Mg_m3—O5^xxiv	92.89 (9)
Sr_a^viii—K_a—K_a^iii	147.17 (2)	Na_m2^xi—Mg_m3—O_x	133.71 (10)
Sr_a^viii—K_a—K_a^viii	0.0 (5)	Na_m2^xi—Mg_m3—O_x^xxv	46.29 (10)
Sr_a^viii—K_a—K_a^ix	71.070 (13)	Na_m2^xi—Mg_m3—Ca_m2^xi	0.0 (5)
Sr_a^viii—K_a—Na_a	0	Na_m2^xi—Mg_m3—Ca_m2	115.68 (4)
Sr_a^viii—K_a—Ba_a	0	Na_m2^xi—Mg_m3—Ca_m2^xxvi	64.32 (4)
Sr_a^viii—K_a—Ba_a^ii	99.879 (17)	Na_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Sr_a^viii—K_a—Ba_a^iii	147.17 (2)	Na_m2^xi—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ba_a^viii	0.0 (5)	Na_m2—Mg_m3—Na_m2^xxvi	180.0 (5)
Sr_a^viii—K_a—Ba_a^ix	71.070 (13)	Na_m2—Mg_m3—Na_m2^xviii	64.32 (4)
Sr_a^ix—K_a—Ti_l^i	144.00 (2)	Na_m2—Mg_m3—Ti_m3	0
Sr_a^ix—K_a—Ti_l	51.427 (19)	Na_m2—Mg_m3—O5^xxii	87.11 (9)
Sr_a^ix—K_a—Ti_l^ii	103.10 (2)	Na_m2—Mg_m3—O5^iii	44.07 (10)
Sr_a^ix—K_a—Ti_l^iii	51.869 (12)	Na_m2—Mg_m3—O5^xxiii	92.89 (9)
Sr_a^ix—K_a—Si^iv	157.16 (2)	Na_m2—Mg_m3—O5^xxiv	135.93 (10)
Sr_a^ix—K_a—Si^i	89.56 (3)	Na_m2—Mg_m3—O_x	46.29 (10)
Sr_a^ix—K_a—Si^iii	47.11 (2)	Na_m2—Mg_m3—O_x^xxv	133.71 (10)
Sr_a^ix—K_a—Si^v	102.99 (3)	Na_m2—Mg_m3—Ca_m2^xi	115.68 (4)
Sr_a^ix—K_a—Si^vi	103.68 (2)	Na_m2—Mg_m3—Ca_m2	0.0 (5)
Sr_a^ix—K_a—Si^vii	46.53 (2)	Na_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^ix—K_a—O1^i	113.93 (7)	Na_m2—Mg_m3—Ca_m2^xviii	64.32 (4)
Sr_a^ix—K_a—O1^iii	32.37 (7)	Na_m2—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—O1^v	82.57 (7)	Na_m2^xxvi—Mg_m3—Na_m2^xviii	115.68 (4)
Sr_a^ix—K_a—O1^vii	34.09 (8)	Na_m2^xxvi—Mg_m3—Ti_m3	0
Sr_a^ix—K_a—O3^iv	174.16 (6)	Na_m2^xxvi—Mg_m3—O5^xxii	92.89 (9)
Sr_a^ix—K_a—O3^iii	72.83 (6)	Na_m2^xxvi—Mg_m3—O5^iii	135.93 (10)
Sr_a^ix—K_a—O3^v	115.01 (7)	Na_m2^xxvi—Mg_m3—O5^xxiii	87.11 (9)
Sr_a^ix—K_a—O3^vi	75.69 (7)	Na_m2^xxvi—Mg_m3—O5^xxiv	44.07 (10)
Sr_a^ix—K_a—O4^iv	129.753 (16)	Na_m2^xxvi—Mg_m3—O_x	133.71 (10)
Sr_a^ix—K_a—O4^i	60.99 (5)	Na_m2^xxvi—Mg_m3—O_x^xxv	46.29 (10)
Sr_a^ix—K_a—K_a^ii	147.17 (2)	Na_m2^xxvi—Mg_m3—Ca_m2^xi	64.32 (4)
Sr_a^ix—K_a—K_a^iii	99.082 (18)	Na_m2^xxvi—Mg_m3—Ca_m2	180.0 (5)
Sr_a^ix—K_a—K_a^viii	71.070 (13)	Na_m2^xxvi—Mg_m3—Ca_m2^xxvi	0.0 (5)
Sr_a^ix—K_a—K_a^ix	0.0 (5)	Na_m2^xxvi—Mg_m3—Ca_m2^xviii	115.68 (4)
Sr_a^ix—K_a—Na_a	0	Na_m2^xxvi—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Ba_a	0	Na_m2^xviii—Mg_m3—Ti_m3	0
Sr_a^ix—K_a—Ba_a^ii	147.17 (2)	Na_m2^xviii—Mg_m3—O5^xxii	135.93 (10)
Sr_a^ix—K_a—Ba_a^iii	99.082 (18)	Na_m2^xviii—Mg_m3—O5^iii	92.89 (9)
Sr_a^ix—K_a—Ba_a^viii	71.070 (13)	Na_m2^xviii—Mg_m3—O5^xxiii	44.07 (10)
Sr_a^ix—K_a—Ba_a^ix	0.0 (5)	Na_m2^xviii—Mg_m3—O5^xxiv	87.11 (9)
Ti_l^i—K_a—Ti_l	140.56 (3)	Na_m2^xviii—Mg_m3—O_x	46.29 (10)
Ti_l^i—K_a—Ti_l^ii	103.680 (18)	Na_m2^xviii—Mg_m3—O_x^xxv	133.71 (10)
Ti_l^i—K_a—Ti_l^iii	103.30 (2)	Na_m2^xviii—Mg_m3—Ca_m2^xi	180.0 (5)
Ti_l^i—K_a—Si^iv	55.89 (3)	Na_m2^xviii—Mg_m3—Ca_m2	64.32 (4)
Ti_l^i—K_a—Si^i	55.73 (2)	Na_m2^xviii—Mg_m3—Ca_m2^xxvi	115.68 (4)
Ti_l^i—K_a—Si^iii	146.23 (3)	Na_m2^xviii—Mg_m3—Ca_m2^xviii	0.0 (5)
Ti_l^i—K_a—Si^v	73.20 (3)	Na_m2^xviii—Mg_m3—Fe_m3	0
Ti_l^i—K_a—Si^vi	106.66 (3)	Ti_m3—Mg_m3—O5^xxii	0
Ti_l^i—K_a—Si^vii	106.17 (3)	Ti_m3—Mg_m3—O5^iii	0
Ti_l^i—K_a—O1^i	30.08 (7)	Ti_m3—Mg_m3—O5^xxiii	0
Ti_l^i—K_a—O1^iii	133.77 (7)	Ti_m3—Mg_m3—O5^xxiv	0
Ti_l^i—K_a—O1^v	78.86 (7)	Ti_m3—Mg_m3—O_x	0
Ti_l^i—K_a—O1^vii	131.38 (7)	Ti_m3—Mg_m3—O_x^xxv	0
Ti_l^i—K_a—O3^iv	30.19 (6)	Ti_m3—Mg_m3—Ca_m2^xi	0
Ti_l^i—K_a—O3^iii	134.26 (7)	Ti_m3—Mg_m3—Ca_m2	0
Ti_l^i—K_a—O3^v	79.03 (7)	Ti_m3—Mg_m3—Ca_m2^xxvi	0
Ti_l^i—K_a—O3^vi	132.24 (8)	Ti_m3—Mg_m3—Ca_m2^xviii	0
Ti_l^i—K_a—O4^iv	84.90 (4)	Ti_m3—Mg_m3—Fe_m3	0
Ti_l^i—K_a—O4^i	84.47 (4)	O5^xxii—Mg_m3—O5^iii	87.52 (13)
Ti_l^i—K_a—K_a^ii	51.496 (17)	O5^xxii—Mg_m3—O5^xxiii	180.0 (5)
Ti_l^i—K_a—K_a^iii	51.427 (19)	O5^xxii—Mg_m3—O5^xxiv	92.48 (13)
Ti_l^i—K_a—K_a^viii	144.92 (2)	O5^xxii—Mg_m3—O_x	89.66 (14)
Ti_l^i—K_a—K_a^ix	144.00 (2)	O5^xxii—Mg_m3—O_x^xxv	90.34 (14)
Ti_l^i—K_a—Na_a	0	O5^xxii—Mg_m3—Ca_m2^xi	44.07 (10)
Ti_l^i—K_a—Ba_a	0	O5^xxii—Mg_m3—Ca_m2	87.11 (9)
Ti_l^i—K_a—Ba_a^ii	51.496 (17)	O5^xxii—Mg_m3—Ca_m2^xxvi	92.89 (9)
Ti_l^i—K_a—Ba_a^iii	51.427 (19)	O5^xxii—Mg_m3—Ca_m2^xviii	135.93 (10)
Ti_l^i—K_a—Ba_a^viii	144.92 (2)	O5^xxii—Mg_m3—Fe_m3	0
Ti_l^i—K_a—Ba_a^ix	144.00 (2)	O5^iii—Mg_m3—O5^xxiii	92.48 (13)
Ti_l—K_a—Ti_l^ii	103.680 (18)	O5^iii—Mg_m3—O5^xxiv	180.0 (5)
Ti_l—K_a—Ti_l^iii	103.30 (2)	O5^iii—Mg_m3—O_x	90.34 (14)
Ti_l—K_a—Si^iv	106.66 (3)	O5^iii—Mg_m3—O_x^xxv	89.66 (14)
Ti_l—K_a—Si^i	106.17 (3)	O5^iii—Mg_m3—Ca_m2^xi	87.11 (9)
Ti_l—K_a—Si^iii	73.20 (3)	O5^iii—Mg_m3—Ca_m2	44.07 (10)
Ti_l—K_a—Si^v	146.23 (3)	O5^iii—Mg_m3—Ca_m2^xxvi	135.93 (10)
Ti_l—K_a—Si^vi	55.89 (3)	O5^iii—Mg_m3—Ca_m2^xviii	92.89 (9)
Ti_l—K_a—Si^vii	55.73 (2)	O5^iii—Mg_m3—Fe_m3	0
Ti_l—K_a—O1^i	131.38 (7)	O5^xxiii—Mg_m3—O5^xxiv	87.52 (13)
Ti_l—K_a—O1^iii	78.86 (7)	O5^xxiii—Mg_m3—O_x	90.34 (14)
Ti_l—K_a—O1^v	133.77 (7)	O5^xxiii—Mg_m3—O_x^xxv	89.66 (14)
Ti_l—K_a—O1^vii	30.08 (7)	O5^xxiii—Mg_m3—Ca_m2^xi	135.93 (10)
Ti_l—K_a—O3^iv	132.24 (8)	O5^xxiii—Mg_m3—Ca_m2	92.89 (9)
Ti_l—K_a—O3^iii	79.03 (7)	O5^xxiii—Mg_m3—Ca_m2^xxvi	87.11 (9)
Ti_l—K_a—O3^v	134.26 (7)	O5^xxiii—Mg_m3—Ca_m2^xviii	44.07 (10)
Ti_l—K_a—O3^vi	30.19 (6)	O5^xxiii—Mg_m3—Fe_m3	0
Ti_l—K_a—O4^iv	84.90 (4)	O5^xxiv—Mg_m3—O_x	89.66 (14)
Ti_l—K_a—O4^i	84.47 (4)	O5^xxiv—Mg_m3—O_x^xxv	90.34 (14)
Ti_l—K_a—K_a^ii	144.92 (2)	O5^xxiv—Mg_m3—Ca_m2^xi	92.89 (9)
Ti_l—K_a—K_a^iii	144.00 (2)	O5^xxiv—Mg_m3—Ca_m2	135.93 (10)
Ti_l—K_a—K_a^viii	51.496 (17)	O5^xxiv—Mg_m3—Ca_m2^xxvi	44.07 (10)
Ti_l—K_a—K_a^ix	51.427 (19)	O5^xxiv—Mg_m3—Ca_m2^xviii	87.11 (9)
Ti_l—K_a—Na_a	0	O5^xxiv—Mg_m3—Fe_m3	0
Ti_l—K_a—Ba_a	0	O_x—Mg_m3—O_x^xxv	180.0 (5)
Ti_l—K_a—Ba_a^ii	144.92 (2)	O_x—Mg_m3—Ca_m2^xi	133.71 (10)
Ti_l—K_a—Ba_a^iii	144.00 (2)	O_x—Mg_m3—Ca_m2	46.29 (10)
Ti_l—K_a—Ba_a^viii	51.496 (17)	O_x—Mg_m3—Ca_m2^xxvi	133.71 (10)
Ti_l—K_a—Ba_a^ix	51.427 (19)	O_x—Mg_m3—Ca_m2^xviii	46.29 (10)
Ti_l^ii—K_a—Ti_l^iii	92.53 (3)	O_x—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—Si^iv	73.58 (3)	O_x^xxv—Mg_m3—Ca_m2^xi	46.29 (10)
Ti_l^ii—K_a—Si^i	149.12 (3)	O_x^xxv—Mg_m3—Ca_m2	133.71 (10)
Ti_l^ii—K_a—Si^iii	56.31 (2)	O_x^xxv—Mg_m3—Ca_m2^xxvi	46.29 (10)
Ti_l^ii—K_a—Si^v	56.31 (2)	O_x^xxv—Mg_m3—Ca_m2^xviii	133.71 (10)
Ti_l^ii—K_a—Si^vi	73.58 (3)	O_x^xxv—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—Si^vii	149.12 (3)	Ca_m2^xi—Mg_m3—Ca_m2	115.68 (4)
Ti_l^ii—K_a—O1^i	124.72 (7)	Ca_m2^xi—Mg_m3—Ca_m2^xxvi	64.32 (4)
Ti_l^ii—K_a—O1^iii	80.02 (6)	Ca_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Ti_l^ii—K_a—O1^v	80.02 (6)	Ca_m2^xi—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—O1^vii	124.72 (7)	Ca_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Ti_l^ii—K_a—O3^iv	80.85 (6)	Ca_m2—Mg_m3—Ca_m2^xviii	64.32 (4)
Ti_l^ii—K_a—O3^iii	31.20 (6)	Ca_m2—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—O3^v	31.20 (6)	Ca_m2^xxvi—Mg_m3—Ca_m2^xviii	115.68 (4)
Ti_l^ii—K_a—O3^vi	80.85 (6)	Ca_m2^xxvi—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—O4^iv	59.78 (9)	Ca_m2^xviii—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—O4^i	152.09 (10)

Symmetry codes: (i) x, y−1, z; (ii) −x+1/2, y−1/2, −z; (iii) −x+1/2, y−1/2, −z+1; (iv) x, y−1, z−1; (v) −x+1/2, −y+1/2, −z+1; (vi) x, −y+1, z−1; (vii) x, −y+1, z; (viii) −x+1/2, y+1/2, −z; (ix) −x+1/2, y+1/2, −z+1; (x) x+1/2, y+1/2, z; (xi) x, y, z−1; (xii) x, y+1, z; (xiii) x+1/2, y+1/2, z−1; (xiv) −x+1/2, −y+1/2, −z; (xv) x+1/2, y−1/2, z; (xvi) −x+1, y, −z; (xvii) −x, −y, −z+1; (xviii) −x, −y+1, −z+1; (xix) x, y, z+1; (xx) x−1/2, y−1/2, z; (xxi) −x, y, −z+1; (xxii) x−1/2, y−1/2, z−1; (xxiii) −x+1/2, −y+3/2, −z+1; (xxiv) x−1/2, −y+3/2, z−1; (xxv) −x, y, −z; (xxvi) −x, −y+1, −z; (xxvii) x, y+1, z+1; (xxviii) x+1/2, y+1/2, z+1; (xxix) x−1/2, y−1/2, z+1; (xxx) x−1/2, y+1/2, z; (xxxi) x, −y+2, z.

(Cha-192)

Crystal data

Ba0.87Ca0.17Fe0.36K0.45Mg0.08Mn0.24Na2.46O18Si4Sr0.51Ti2.86	Z = 2
Mr = 817.6	F(000) = 773
Monoclinic, C2/m	Dx = 3.599 Mg m^−3
Hall symbol: -C 2y	Mo Kα radiation, λ = 0.71075 Å
a = 19.7690 (7) Å	Cell parameters from 10987 reflections
b = 7.1076 (1) Å	θ = 3.8–32.5°
c = 5.4065 (2) Å	µ = 6.69 mm^−1
β = 96.731 (3)°	T = 293 K
V = 754.43 (4) Å^3	Grain

Data collection

Xcalibur, EosS2 with high theta cut diffractometer	Rint = 0.082
Radiation source: X-ray tube	θmax = 32.5°, θmin = 3.8°
3987 measured reflections	h = −28→29
1414 independent reflections	k = −7→10
1400 reflections with I > 2σ(I)	l = −8→8

Refinement

Refinement on F	36 constraints
R[F^2 > 2σ(F^2)] = 0.030	Weighting scheme based on measured s.u.'s w = 1/(σ^2(F) + 0.0004F^2)
wR(F^2) = 0.050	(Δ/σ)max = 0.033
S = 1.87	Δρmax = 1.26 e Å^−3
1414 reflections	Δρmin = −1.19 e Å^−3
81 parameters	Extinction correction: B-C type 1 Gaussian isotropic (Becker & Coppens, 1974)
0 restraints	Extinction coefficient: 820 (190)

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Ų)

	x	y	z	Uiso*/Ueq	Occ. (<1)
Sr_a	0.282883 (15)	0	0.26299 (5)	0.00902 (11)	0.255
Ti_l	0.35300 (3)	0.5	0.29449 (12)	0.00698 (17)
Na_m1	0.5	0.5	0	0.0185 (7)
Na_m2	0	0.26049 (16)	0.5	0.0155 (3)	0.73
Ti_m3	0	0.5	0	0.0207 (3)	0.86
Si	0.35972 (4)	0.78413 (10)	0.79781 (13)	0.00688 (18)
O1	0.32867 (10)	0.6889 (3)	0.5357 (3)	0.0114 (5)
O2	0.43866 (15)	0.5	0.3298 (5)	0.0153 (8)
O3	0.32803 (10)	0.6874 (3)	1.0300 (3)	0.0111 (5)
O4	0.32728 (13)	1	0.7834 (5)	0.0088 (6)
O5	0.44161 (10)	0.7953 (3)	0.8313 (4)	0.0112 (5)
O_x	−0.05639 (16)	0.5	0.2714 (6)	0.0173 (8)
K_a	0.282883 (15)	0	0.26299 (5)	0.00902 (11)	0.225
Ca_a	0.282883 (15)	0	0.26299 (5)	0.00902 (11)	0.085
Ba_a	0.282883 (15)	0	0.26299 (5)	0.00902 (11)	0.435
Mn_m2	0	0.26049 (16)	0.5	0.0155 (3)	0.12
Fe_m2	0	0.26049 (16)	0.5	0.0155 (3)	0.15
Fe_m3	0	0.5	0	0.0207 (3)	0.06
Mg_m3	0	0.5	0	0.0207 (3)	0.08

Atomic displacement parameters (Ų)

	U^11	U^22	U^33	U^12	U^13	U^23
Sr_a	0.01324 (19)	0.00562 (18)	0.0083 (2)	0	0.00182 (12)	0
Ti_l	0.0099 (3)	0.0044 (3)	0.0070 (3)	0	0.0021 (2)	0
Na_m1	0.0211 (12)	0.0180 (11)	0.0181 (12)	0	0.0088 (9)	0
Na_m2	0.0221 (6)	0.0113 (5)	0.0139 (5)	0	0.0057 (4)	0
Ti_m3	0.0248 (5)	0.0030 (4)	0.0290 (6)	0	−0.0190 (5)	0
Si	0.0101 (3)	0.0031 (3)	0.0076 (3)	−0.0001 (2)	0.0017 (2)	−0.0001 (2)
O1	0.0161 (9)	0.0094 (8)	0.0088 (8)	0.0003 (6)	0.0020 (7)	−0.0022 (6)
O2	0.0118 (12)	0.0229 (14)	0.0115 (13)	0	0.0032 (10)	0
O3	0.0159 (9)	0.0083 (8)	0.0094 (8)	−0.0001 (6)	0.0024 (7)	0.0026 (6)
O4	0.0123 (11)	0.0035 (10)	0.0108 (12)	0	0.0027 (9)	0
O5	0.0096 (8)	0.0078 (7)	0.0160 (9)	0.0003 (6)	0.0005 (7)	−0.0011 (7)
O_x	0.0181 (13)	0.0179 (14)	0.0170 (14)	0	0.0071 (11)	0
K_a	0.01324 (19)	0.00562 (18)	0.0083 (2)	0	0.00182 (12)	0
Ca_a	0.01324 (19)	0.00562 (18)	0.0083 (2)	0	0.00182 (12)	0
Ba_a	0.01324 (19)	0.00562 (18)	0.0083 (2)	0	0.00182 (12)	0
Mn_m2	0.0221 (6)	0.0113 (5)	0.0139 (5)	0	0.0057 (4)	0
Fe_m2	0.0221 (6)	0.0113 (5)	0.0139 (5)	0	0.0057 (4)	0
Fe_m3	0.0248 (5)	0.0030 (4)	0.0290 (6)	0	−0.0190 (5)	0
Mg_m3	0.0248 (5)	0.0030 (4)	0.0290 (6)	0	−0.0190 (5)	0

Geometric parameters (Å, º)

Sr_a—Ti_l^i	3.7951 (7)	Na_m2—Mn_m2	0
Sr_a—Ti_l^ii	3.8010 (8)	Na_m2—Mn_m2^xviii	3.4047 (16)
Sr_a—Si^iii	3.4470 (8)	Na_m2—Fe_m2	0
Sr_a—Si^iv	3.4630 (7)	Na_m2—Fe_m3	3.1946 (6)
Sr_a—Si^ii	3.4520 (7)	Na_m2—Fe_m3^xix	3.1946 (6)
Sr_a—Si^v	3.4520 (7)	Na_m2—Mg_m3	3.1946 (6)
Sr_a—Si^vi	3.4470 (8)	Na_m2—Mg_m3^xix	3.1946 (6)
Sr_a—Si^vii	3.4630 (7)	Ti_m3—O5^xxii	2.0087 (18)
Sr_a—K_a	0	Ti_m3—O5^ii	2.0087 (18)
Sr_a—K_a^i	4.6411 (3)	Ti_m3—O5^xxiii	2.0087 (18)
Sr_a—K_a^ii	4.6550 (3)	Ti_m3—O5^xxiv	2.0087 (18)
Sr_a—K_a^viii	4.6411 (3)	Ti_m3—O_x	1.944 (3)
Sr_a—K_a^ix	4.6550 (3)	Ti_m3—O_x^xxv	1.944 (3)
Sr_a—Ca_a	0	Ti_m3—Fe_m3	0
Sr_a—Ba_a	0	Ti_m3—Mg_m3	0
Ti_l—Na_m1	3.4733 (7)	Si—O1	1.6246 (19)
Ti_l—Na_m2^x	3.5143 (8)	Si—O3	1.620 (2)
Ti_l—Na_m2^v	3.5143 (8)	Si—O4	1.6612 (12)
Ti_l—O1	1.970 (2)	Si—O5	1.610 (2)
Ti_l—O1^vii	1.970 (2)	Si—K_a^xii	3.4630 (7)
Ti_l—O2	1.682 (3)	Si—K_a^xxvi	3.4470 (8)
Ti_l—O3^xi	1.9742 (19)	Si—K_a^ix	3.4520 (7)
Ti_l—O3^vi	1.9742 (19)	Si—Ba_a^xii	3.4630 (7)
Ti_l—K_a	3.8111 (3)	Si—Ba_a^xxvi	3.4470 (8)
Ti_l—K_a^xii	3.8111 (3)	Si—Ba_a^ix	3.4520 (7)
Ti_l—K_a^viii	3.7951 (7)	O1—K_a^xii	2.7511 (18)
Ti_l—K_a^ix	3.8010 (8)	O1—K_a^ix	2.901 (2)
Ti_l—Ba_a	3.8111 (3)	O1—Ba_a^xii	2.7511 (18)
Ti_l—Ba_a^xii	3.8111 (3)	O3—K_a^xxvi	2.7538 (19)
Ti_l—Ba_a^viii	3.7951 (7)	O3—K_a^ix	2.8768 (18)
Ti_l—Ba_a^ix	3.8010 (8)	O3—Ba_a^xxvi	2.7538 (19)
Na_m1—Na_m2^xiii	3.2765 (7)	O4—K_a^xii	2.848 (3)
Na_m1—Na_m2^x	3.2765 (7)	O4—K_a^xxvi	2.833 (3)
Na_m1—Na_m2^xiv	3.2765 (7)	O4—Ba_a^xii	2.848 (3)
Na_m1—Na_m2^v	3.2765 (7)	O4—Ba_a^xxvi	2.833 (3)
Na_m1—O2	2.271 (3)	O5—Fe_m3^xxvii	2.0087 (18)
Na_m1—O2^xv	2.271 (3)	O5—Mg_m3^xxvii	2.0087 (18)
Na_m1—Mn_m2^xiii	3.2765 (7)	O_x—Fe_m3	1.944 (3)
Na_m1—Mn_m2^x	3.2765 (7)	O_x—Mg_m3	1.944 (3)
Na_m1—Mn_m2^xiv	3.2765 (7)	K_a—K_a^i	4.6411 (3)
Na_m1—Mn_m2^v	3.2765 (7)	K_a—K_a^ii	4.6550 (3)
Na_m1—Fe_m2^xiii	3.2765 (7)	K_a—K_a^viii	4.6411 (3)
Na_m1—Fe_m2^x	3.2765 (7)	K_a—K_a^ix	4.6550 (3)
Na_m1—Fe_m2^xiv	3.2765 (7)	K_a—Ca_a	0
Na_m1—Fe_m2^v	3.2765 (7)	K_a—Ba_a	0
Na_m1—Mg_m3^xvi	3.5538 (1)	K_a—Ba_a^i	4.6411 (3)
Na_m1—Mg_m3^x	3.5538 (1)	K_a—Ba_a^ii	4.6550 (3)
Na_m2—Na_m2^xvii	3.7029 (16)	K_a—Ba_a^viii	4.6411 (3)
Na_m2—Na_m2^xviii	3.4047 (16)	K_a—Ba_a^ix	4.6550 (3)
Na_m2—Ti_m3	3.1946 (6)	Ca_a—Ba_a	0
Na_m2—Ti_m3^xix	3.1946 (6)	Ba_a—Ba_a^i	4.6411 (3)
Na_m2—O2^xx	2.3417 (19)	Ba_a—Ba_a^ii	4.6550 (3)
Na_m2—O2^ii	2.3417 (19)	Ba_a—Ba_a^viii	4.6411 (3)
Na_m2—O5^xx	2.255 (2)	Ba_a—Ba_a^ix	4.6550 (3)
Na_m2—O5^ii	2.255 (2)	Mn_m2—Fe_m2	0
Na_m2—O_x	2.312 (2)	Fe_m3—Mg_m3	0
Na_m2—O_x^xxi	2.312 (2)
Ti_l^i—Sr_a—Ti_l^ii	90.755 (15)	Sr_a^ix—K_a—O4^iii	129.817 (7)
Ti_l^i—Sr_a—Si^iii	75.639 (15)	Sr_a^ix—K_a—O4^iv	61.94 (3)
Ti_l^i—Sr_a—Si^iv	149.710 (13)	Sr_a^ix—K_a—K_a^i	147.743 (9)
Ti_l^i—Sr_a—Si^ii	55.266 (14)	Sr_a^ix—K_a—K_a^ii	99.536 (7)
Ti_l^i—Sr_a—Si^v	55.266 (14)	Sr_a^ix—K_a—K_a^viii	71.125 (5)
Ti_l^i—Sr_a—Si^vi	75.639 (15)	Sr_a^ix—K_a—K_a^ix	0.0 (5)
Ti_l^i—Sr_a—Si^vii	149.710 (13)	Sr_a^ix—K_a—Ca_a	0
Ti_l^i—Sr_a—K_a	0	Sr_a^ix—K_a—Ba_a	0
Ti_l^i—Sr_a—K_a^i	52.556 (5)	Sr_a^ix—K_a—Ba_a^i	147.743 (9)
Ti_l^i—Sr_a—K_a^ii	102.701 (9)	Sr_a^ix—K_a—Ba_a^ii	99.536 (7)
Ti_l^i—Sr_a—K_a^viii	52.556 (5)	Sr_a^ix—K_a—Ba_a^viii	71.125 (5)
Ti_l^i—Sr_a—K_a^ix	102.701 (9)	Sr_a^ix—K_a—Ba_a^ix	0.0 (5)
Ti_l^i—Sr_a—Ca_a	0	Ti_l^iv—K_a—Ti_l	137.648 (15)
Ti_l^i—Sr_a—Ba_a	0	Ti_l^iv—K_a—Ti_l^i	104.797 (10)
Ti_l^ii—Sr_a—Si^iii	149.727 (13)	Ti_l^iv—K_a—Ti_l^ii	104.600 (11)
Ti_l^ii—Sr_a—Si^iv	75.381 (16)	Ti_l^iv—K_a—Si^iii	55.144 (15)
Ti_l^ii—Sr_a—Si^ii	55.278 (14)	Ti_l^iv—K_a—Si^iv	55.104 (15)
Ti_l^ii—Sr_a—Si^v	55.278 (14)	Ti_l^iv—K_a—Si^ii	146.980 (16)
Ti_l^ii—Sr_a—Si^vi	149.727 (13)	Ti_l^iv—K_a—Si^v	75.370 (14)
Ti_l^ii—Sr_a—Si^vii	75.381 (16)	Ti_l^iv—K_a—Si^vi	104.986 (16)
Ti_l^ii—Sr_a—K_a	0	Ti_l^iv—K_a—Si^vii	104.725 (15)
Ti_l^ii—Sr_a—K_a^i	102.578 (8)	Ti_l^iv—K_a—O1^iv	29.72 (4)
Ti_l^ii—Sr_a—K_a^ii	52.399 (5)	Ti_l^iv—K_a—O1^ii	134.70 (4)
Ti_l^ii—Sr_a—K_a^viii	102.578 (8)	Ti_l^iv—K_a—O1^v	80.80 (4)
Ti_l^ii—Sr_a—K_a^ix	52.399 (5)	Ti_l^iv—K_a—O1^vii	129.08 (4)
Ti_l^ii—Sr_a—Ca_a	0	Ti_l^iv—K_a—O3^iii	29.82 (4)
Ti_l^ii—Sr_a—Ba_a	0	Ti_l^iv—K_a—O3^ii	134.92 (4)
Si^iii—Sr_a—Si^iv	102.965 (17)	Ti_l^iv—K_a—O3^v	80.95 (4)
Si^iii—Sr_a—Si^ii	128.003 (18)	Ti_l^iv—K_a—O3^vi	129.58 (4)
Si^iii—Sr_a—Si^v	95.445 (17)	Ti_l^iv—K_a—O4^iii	83.73 (2)
Si^iii—Sr_a—Si^vi	52.861 (17)	Ti_l^iv—K_a—O4^iv	83.54 (2)
Si^iii—Sr_a—Si^vii	128.226 (19)	Ti_l^iv—K_a—K_a^i	52.241 (9)
Si^iii—Sr_a—K_a	0	Ti_l^iv—K_a—K_a^ii	52.201 (10)
Si^iii—Sr_a—K_a^i	47.768 (12)	Ti_l^iv—K_a—K_a^viii	144.658 (12)
Si^iii—Sr_a—K_a^ii	103.726 (12)	Ti_l^iv—K_a—K_a^ix	144.182 (12)
Si^iii—Sr_a—K_a^viii	90.546 (13)	Ti_l^iv—K_a—Ca_a	0
Si^iii—Sr_a—K_a^ix	156.477 (13)	Ti_l^iv—K_a—Ba_a	0
Si^iii—Sr_a—Ca_a	0	Ti_l^iv—K_a—Ba_a^i	52.241 (9)
Si^iii—Sr_a—Ba_a	0	Ti_l^iv—K_a—Ba_a^ii	52.201 (10)
Si^iv—Sr_a—Si^ii	127.739 (19)	Ti_l^iv—K_a—Ba_a^viii	144.658 (12)
Si^iv—Sr_a—Si^v	95.375 (17)	Ti_l^iv—K_a—Ba_a^ix	144.182 (12)
Si^iv—Sr_a—Si^vi	128.226 (19)	Ti_l—K_a—Ti_l^i	104.797 (10)
Si^iv—Sr_a—Si^vii	52.598 (16)	Ti_l—K_a—Ti_l^ii	104.600 (11)
Si^iv—Sr_a—K_a	0	Ti_l—K_a—Si^iii	104.986 (16)
Si^iv—Sr_a—K_a^i	103.668 (12)	Ti_l—K_a—Si^iv	104.725 (15)
Si^iv—Sr_a—K_a^ii	47.587 (12)	Ti_l—K_a—Si^ii	75.370 (14)
Si^iv—Sr_a—K_a^viii	156.179 (12)	Ti_l—K_a—Si^v	146.980 (16)
Si^iv—Sr_a—K_a^ix	90.116 (13)	Ti_l—K_a—Si^vi	55.144 (15)
Si^iv—Sr_a—Ca_a	0	Ti_l—K_a—Si^vii	55.104 (15)
Si^iv—Sr_a—Ba_a	0	Ti_l—K_a—O1^iv	129.08 (4)
Si^ii—Sr_a—Si^v	71.610 (17)	Ti_l—K_a—O1^ii	80.80 (4)
Si^ii—Sr_a—Si^vi	95.445 (17)	Ti_l—K_a—O1^v	134.70 (4)
Si^ii—Sr_a—Si^vii	95.375 (17)	Ti_l—K_a—O1^vii	29.72 (4)
Si^ii—Sr_a—K_a	0	Ti_l—K_a—O3^iii	129.58 (4)
Si^ii—Sr_a—K_a^i	102.864 (13)	Ti_l—K_a—O3^ii	80.95 (4)
Si^ii—Sr_a—K_a^ii	102.790 (14)	Ti_l—K_a—O3^v	134.92 (4)
Si^ii—Sr_a—K_a^viii	47.677 (13)	Ti_l—K_a—O3^vi	29.82 (4)
Si^ii—Sr_a—K_a^ix	47.788 (12)	Ti_l—K_a—O4^iii	83.73 (2)
Si^ii—Sr_a—Ca_a	0	Ti_l—K_a—O4^iv	83.54 (2)
Si^ii—Sr_a—Ba_a	0	Ti_l—K_a—K_a^i	144.658 (12)
Si^v—Sr_a—Si^vi	128.003 (18)	Ti_l—K_a—K_a^ii	144.182 (12)
Si^v—Sr_a—Si^vii	127.739 (19)	Ti_l—K_a—K_a^viii	52.241 (9)
Si^v—Sr_a—K_a	0	Ti_l—K_a—K_a^ix	52.201 (10)
Si^v—Sr_a—K_a^i	47.677 (13)	Ti_l—K_a—Ca_a	0
Si^v—Sr_a—K_a^ii	47.788 (12)	Ti_l—K_a—Ba_a	0
Si^v—Sr_a—K_a^viii	102.864 (13)	Ti_l—K_a—Ba_a^i	144.658 (12)
Si^v—Sr_a—K_a^ix	102.790 (14)	Ti_l—K_a—Ba_a^ii	144.182 (12)
Si^v—Sr_a—Ca_a	0	Ti_l—K_a—Ba_a^viii	52.241 (9)
Si^v—Sr_a—Ba_a	0	Ti_l—K_a—Ba_a^ix	52.201 (10)
Si^vi—Sr_a—Si^vii	102.965 (17)	Ti_l^i—K_a—Ti_l^ii	90.755 (15)
Si^vi—Sr_a—K_a	0	Ti_l^i—K_a—Si^iii	75.639 (15)
Si^vi—Sr_a—K_a^i	90.546 (13)	Ti_l^i—K_a—Si^iv	149.710 (13)
Si^vi—Sr_a—K_a^ii	156.477 (13)	Ti_l^i—K_a—Si^ii	55.266 (14)
Si^vi—Sr_a—K_a^viii	47.768 (12)	Ti_l^i—K_a—Si^v	55.266 (14)
Si^vi—Sr_a—K_a^ix	103.726 (12)	Ti_l^i—K_a—Si^vi	75.639 (15)
Si^vi—Sr_a—Ca_a	0	Ti_l^i—K_a—Si^vii	149.710 (13)
Si^vi—Sr_a—Ba_a	0	Ti_l^i—K_a—O1^iv	125.69 (4)
Si^vii—Sr_a—K_a	0	Ti_l^i—K_a—O1^ii	78.44 (4)
Si^vii—Sr_a—K_a^i	156.179 (12)	Ti_l^i—K_a—O1^v	78.44 (4)
Si^vii—Sr_a—K_a^ii	90.116 (13)	Ti_l^i—K_a—O1^vii	125.69 (4)
Si^vii—Sr_a—K_a^viii	103.668 (12)	Ti_l^i—K_a—O3^iii	82.75 (4)
Si^vii—Sr_a—K_a^ix	47.587 (12)	Ti_l^i—K_a—O3^ii	30.67 (4)
Si^vii—Sr_a—Ca_a	0	Ti_l^i—K_a—O3^v	30.67 (4)
Si^vii—Sr_a—Ba_a	0	Ti_l^i—K_a—O3^vi	82.75 (4)
K_a—Sr_a—K_a^i	0	Ti_l^i—K_a—O4^iii	62.59 (5)
K_a—Sr_a—K_a^ii	0	Ti_l^i—K_a—O4^iv	153.16 (6)
K_a—Sr_a—K_a^viii	0	Ti_l^i—K_a—K_a^i	52.556 (5)
K_a—Sr_a—K_a^ix	0	Ti_l^i—K_a—K_a^ii	102.701 (9)
K_a—Sr_a—Ca_a	0	Ti_l^i—K_a—K_a^viii	52.556 (5)
K_a—Sr_a—Ba_a	0	Ti_l^i—K_a—K_a^ix	102.701 (9)
K_a^i—Sr_a—K_a^ii	71.125 (5)	Ti_l^i—K_a—Ca_a	0
K_a^i—Sr_a—K_a^viii	99.944 (7)	Ti_l^i—K_a—Ba_a	0
K_a^i—Sr_a—K_a^ix	147.743 (9)	Ti_l^i—K_a—Ba_a^i	52.556 (5)
K_a^i—Sr_a—Ca_a	0	Ti_l^i—K_a—Ba_a^ii	102.701 (9)
K_a^i—Sr_a—Ba_a	0	Ti_l^i—K_a—Ba_a^viii	52.556 (5)
K_a^ii—Sr_a—K_a^viii	147.743 (9)	Ti_l^i—K_a—Ba_a^ix	102.701 (9)
K_a^ii—Sr_a—K_a^ix	99.536 (7)	Ti_l^ii—K_a—Si^iii	149.727 (13)
K_a^ii—Sr_a—Ca_a	0	Ti_l^ii—K_a—Si^iv	75.381 (16)
K_a^ii—Sr_a—Ba_a	0	Ti_l^ii—K_a—Si^ii	55.278 (14)
K_a^viii—Sr_a—K_a^ix	71.125 (5)	Ti_l^ii—K_a—Si^v	55.278 (14)
K_a^viii—Sr_a—Ca_a	0	Ti_l^ii—K_a—Si^vi	149.727 (13)
K_a^viii—Sr_a—Ba_a	0	Ti_l^ii—K_a—Si^vii	75.381 (16)
K_a^ix—Sr_a—Ca_a	0	Ti_l^ii—K_a—O1^iv	82.82 (4)
K_a^ix—Sr_a—Ba_a	0	Ti_l^ii—K_a—O1^ii	30.60 (4)
Ca_a—Sr_a—Ba_a	0	Ti_l^ii—K_a—O1^v	30.60 (4)
Sr_a^viii—Ti_l—Sr_a^ix	90.755 (15)	Ti_l^ii—K_a—O1^vii	82.82 (4)
Sr_a^viii—Ti_l—Na_m1	100.855 (16)	Ti_l^ii—K_a—O3^iii	125.37 (4)
Sr_a^viii—Ti_l—Na_m2^x	137.156 (17)	Ti_l^ii—K_a—O3^ii	78.30 (4)
Sr_a^viii—Ti_l—Na_m2^v	137.156 (17)	Ti_l^ii—K_a—O3^v	78.30 (4)
Sr_a^viii—Ti_l—O1	108.70 (6)	Ti_l^ii—K_a—O3^vi	125.37 (4)
Sr_a^viii—Ti_l—O1^vii	108.70 (6)	Ti_l^ii—K_a—O4^iii	153.34 (5)
Sr_a^viii—Ti_l—O2	134.41 (11)	Ti_l^ii—K_a—O4^iv	62.40 (6)
Sr_a^viii—Ti_l—O3^xi	48.01 (5)	Ti_l^ii—K_a—K_a^i	102.578 (8)
Sr_a^viii—Ti_l—O3^vi	48.01 (5)	Ti_l^ii—K_a—K_a^ii	52.399 (5)
Sr_a^viii—Ti_l—K_a	75.203 (10)	Ti_l^ii—K_a—K_a^viii	102.578 (8)
Sr_a^viii—Ti_l—K_a^xii	75.203 (10)	Ti_l^ii—K_a—K_a^ix	52.399 (5)
Sr_a^viii—Ti_l—K_a^viii	0.0 (5)	Ti_l^ii—K_a—Ca_a	0
Sr_a^viii—Ti_l—K_a^ix	90.755 (15)	Ti_l^ii—K_a—Ba_a	0
Sr_a^viii—Ti_l—Ba_a	75.203 (10)	Ti_l^ii—K_a—Ba_a^i	102.578 (8)
Sr_a^viii—Ti_l—Ba_a^xii	75.203 (10)	Ti_l^ii—K_a—Ba_a^ii	52.399 (5)
Sr_a^viii—Ti_l—Ba_a^viii	0.0 (5)	Ti_l^ii—K_a—Ba_a^viii	102.578 (8)
Sr_a^viii—Ti_l—Ba_a^ix	90.755 (15)	Ti_l^ii—K_a—Ba_a^ix	52.399 (5)
Sr_a^ix—Ti_l—Na_m1	168.390 (19)	Si^iii—K_a—Si^iv	102.965 (17)
Sr_a^ix—Ti_l—Na_m2^x	114.849 (16)	Si^iii—K_a—Si^ii	128.003 (18)
Sr_a^ix—Ti_l—Na_m2^v	114.849 (16)	Si^iii—K_a—Si^v	95.445 (17)
Sr_a^ix—Ti_l—O1	48.55 (6)	Si^iii—K_a—Si^vi	52.861 (17)
Sr_a^ix—Ti_l—O1^vii	48.55 (6)	Si^iii—K_a—Si^vii	128.226 (19)
Sr_a^ix—Ti_l—O2	134.84 (10)	Si^iii—K_a—O1^iv	83.56 (4)
Sr_a^ix—Ti_l—O3^xi	108.71 (6)	Si^iii—K_a—O1^ii	154.06 (4)
Sr_a^ix—Ti_l—O3^vi	108.71 (6)	Si^iii—K_a—O1^v	119.15 (4)
Sr_a^ix—Ti_l—K_a	75.400 (11)	Si^iii—K_a—O1^vii	127.11 (4)
Sr_a^ix—Ti_l—K_a^xii	75.400 (11)	Si^iii—K_a—O3^iii	27.50 (4)
Sr_a^ix—Ti_l—K_a^viii	90.755 (15)	Si^iii—K_a—O3^ii	100.19 (4)
Sr_a^ix—Ti_l—K_a^ix	0.0 (5)	Si^iii—K_a—O3^v	76.40 (4)
Sr_a^ix—Ti_l—Ba_a	75.400 (11)	Si^iii—K_a—O3^vi	80.28 (4)
Sr_a^ix—Ti_l—Ba_a^xii	75.400 (11)	Si^iii—K_a—O4^iii	28.60 (2)
Sr_a^ix—Ti_l—Ba_a^viii	90.755 (15)	Si^iii—K_a—O4^iv	127.58 (5)
Sr_a^ix—Ti_l—Ba_a^ix	0.0 (5)	Si^iii—K_a—K_a^i	47.768 (12)
Na_m1—Ti_l—Na_m2^x	55.922 (11)	Si^iii—K_a—K_a^ii	103.726 (12)
Na_m1—Ti_l—Na_m2^v	55.922 (11)	Si^iii—K_a—K_a^viii	90.546 (13)
Na_m1—Ti_l—O1	125.85 (6)	Si^iii—K_a—K_a^ix	156.477 (13)
Na_m1—Ti_l—O1^vii	125.85 (6)	Si^iii—K_a—Ca_a	0
Na_m1—Ti_l—O2	33.55 (10)	Si^iii—K_a—Ba_a	0
Na_m1—Ti_l—O3^xi	79.61 (6)	Si^iii—K_a—Ba_a^i	47.768 (12)
Na_m1—Ti_l—O3^vi	79.61 (6)	Si^iii—K_a—Ba_a^ii	103.726 (12)
Na_m1—Ti_l—K_a	107.397 (11)	Si^iii—K_a—Ba_a^viii	90.546 (13)
Na_m1—Ti_l—K_a^xii	107.397 (11)	Si^iii—K_a—Ba_a^ix	156.477 (13)
Na_m1—Ti_l—K_a^viii	100.855 (16)	Si^iv—K_a—Si^ii	127.739 (19)
Na_m1—Ti_l—K_a^ix	168.390 (19)	Si^iv—K_a—Si^v	95.375 (17)
Na_m1—Ti_l—Ba_a	107.397 (11)	Si^iv—K_a—Si^vi	128.226 (19)
Na_m1—Ti_l—Ba_a^xii	107.397 (11)	Si^iv—K_a—Si^vii	52.598 (16)
Na_m1—Ti_l—Ba_a^viii	100.855 (16)	Si^iv—K_a—O1^iv	27.37 (4)
Na_m1—Ti_l—Ba_a^ix	168.390 (19)	Si^iv—K_a—O1^ii	99.79 (4)
Na_m2^x—Ti_l—Na_m2^v	63.58 (2)	Si^iv—K_a—O1^v	76.11 (4)
Na_m2^x—Ti_l—O1	71.86 (6)	Si^iv—K_a—O1^vii	79.87 (4)
Na_m2^x—Ti_l—O1^vii	114.01 (6)	Si^iv—K_a—O3^iii	83.72 (4)
Na_m2^x—Ti_l—O2	34.90 (4)	Si^iv—K_a—O3^ii	153.67 (4)
Na_m2^x—Ti_l—O3^xi	90.05 (6)	Si^iv—K_a—O3^v	119.08 (4)
Na_m2^x—Ti_l—O3^vi	135.38 (6)	Si^iv—K_a—O3^vi	127.26 (4)
Na_m2^x—Ti_l—K_a	142.03 (2)	Si^iv—K_a—O4^iii	127.70 (4)
Na_m2^x—Ti_l—K_a^xii	78.803 (16)	Si^iv—K_a—O4^iv	28.44 (2)
Na_m2^x—Ti_l—K_a^viii	137.156 (17)	Si^iv—K_a—K_a^i	103.668 (12)
Na_m2^x—Ti_l—K_a^ix	114.849 (16)	Si^iv—K_a—K_a^ii	47.587 (12)
Na_m2^x—Ti_l—Ba_a	142.03 (2)	Si^iv—K_a—K_a^viii	156.179 (12)
Na_m2^x—Ti_l—Ba_a^xii	78.803 (16)	Si^iv—K_a—K_a^ix	90.116 (13)
Na_m2^x—Ti_l—Ba_a^viii	137.156 (17)	Si^iv—K_a—Ca_a	0
Na_m2^x—Ti_l—Ba_a^ix	114.849 (16)	Si^iv—K_a—Ba_a	0
Na_m2^v—Ti_l—O1	114.01 (6)	Si^iv—K_a—Ba_a^i	103.668 (12)
Na_m2^v—Ti_l—O1^vii	71.86 (6)	Si^iv—K_a—Ba_a^ii	47.587 (12)
Na_m2^v—Ti_l—O2	34.90 (4)	Si^iv—K_a—Ba_a^viii	156.179 (12)
Na_m2^v—Ti_l—O3^xi	135.38 (6)	Si^iv—K_a—Ba_a^ix	90.116 (13)
Na_m2^v—Ti_l—O3^vi	90.05 (6)	Si^ii—K_a—Si^v	71.610 (17)
Na_m2^v—Ti_l—K_a	78.803 (16)	Si^ii—K_a—Si^vi	95.445 (17)
Na_m2^v—Ti_l—K_a^xii	142.03 (2)	Si^ii—K_a—Si^vii	95.375 (17)
Na_m2^v—Ti_l—K_a^viii	137.156 (17)	Si^ii—K_a—O1^iv	137.30 (4)
Na_m2^v—Ti_l—K_a^ix	114.849 (16)	Si^ii—K_a—O1^ii	27.95 (4)
Na_m2^v—Ti_l—Ba_a	78.803 (16)	Si^ii—K_a—O1^v	70.02 (4)
Na_m2^v—Ti_l—Ba_a^xii	142.03 (2)	Si^ii—K_a—O1^vii	78.14 (4)
Na_m2^v—Ti_l—Ba_a^viii	137.156 (17)	Si^ii—K_a—O3^iii	137.16 (4)
Na_m2^v—Ti_l—Ba_a^ix	114.849 (16)	Si^ii—K_a—O3^ii	27.81 (4)
O1—Ti_l—O1^vii	85.92 (8)	Si^ii—K_a—O3^v	69.96 (4)
O1—Ti_l—O2	104.22 (9)	Si^ii—K_a—O3^vi	77.83 (4)
O1—Ti_l—O3^xi	87.70 (8)	Si^ii—K_a—O4^iii	104.48 (4)
O1—Ti_l—O3^vi	151.58 (9)	Si^ii—K_a—O4^iv	104.35 (5)
O1—Ti_l—K_a	123.32 (6)	Si^ii—K_a—K_a^i	102.864 (13)
O1—Ti_l—K_a^xii	43.81 (5)	Si^ii—K_a—K_a^ii	102.790 (14)
O1—Ti_l—K_a^viii	108.70 (6)	Si^ii—K_a—K_a^viii	47.677 (13)
O1—Ti_l—K_a^ix	48.55 (6)	Si^ii—K_a—K_a^ix	47.788 (12)
O1—Ti_l—Ba_a	123.32 (6)	Si^ii—K_a—Ca_a	0
O1—Ti_l—Ba_a^xii	43.81 (5)	Si^ii—K_a—Ba_a	0
O1—Ti_l—Ba_a^viii	108.70 (6)	Si^ii—K_a—Ba_a^i	102.864 (13)
O1—Ti_l—Ba_a^ix	48.55 (6)	Si^ii—K_a—Ba_a^ii	102.790 (14)
O1^vii—Ti_l—O2	104.22 (9)	Si^ii—K_a—Ba_a^viii	47.677 (13)
O1^vii—Ti_l—O3^xi	151.58 (9)	Si^ii—K_a—Ba_a^ix	47.788 (12)
O1^vii—Ti_l—O3^vi	87.70 (8)	Si^v—K_a—Si^vi	128.003 (18)
O1^vii—Ti_l—K_a	43.81 (5)	Si^v—K_a—Si^vii	127.739 (19)
O1^vii—Ti_l—K_a^xii	123.32 (6)	Si^v—K_a—O1^iv	78.14 (4)
O1^vii—Ti_l—K_a^viii	108.70 (6)	Si^v—K_a—O1^ii	70.02 (4)
O1^vii—Ti_l—K_a^ix	48.55 (6)	Si^v—K_a—O1^v	27.95 (4)
O1^vii—Ti_l—Ba_a	43.81 (5)	Si^v—K_a—O1^vii	137.30 (4)
O1^vii—Ti_l—Ba_a^xii	123.32 (6)	Si^v—K_a—O3^iii	77.83 (4)
O1^vii—Ti_l—Ba_a^viii	108.70 (6)	Si^v—K_a—O3^ii	69.96 (4)
O1^vii—Ti_l—Ba_a^ix	48.55 (6)	Si^v—K_a—O3^v	27.81 (4)
O2—Ti_l—O3^xi	104.20 (10)	Si^v—K_a—O3^vi	137.16 (4)
O2—Ti_l—O3^vi	104.20 (10)	Si^v—K_a—O4^iii	104.48 (4)
O2—Ti_l—K_a	111.175 (10)	Si^v—K_a—O4^iv	104.35 (5)
O2—Ti_l—K_a^xii	111.175 (10)	Si^v—K_a—K_a^i	47.677 (13)
O2—Ti_l—K_a^viii	134.41 (11)	Si^v—K_a—K_a^ii	47.788 (12)
O2—Ti_l—K_a^ix	134.84 (10)	Si^v—K_a—K_a^viii	102.864 (13)
O2—Ti_l—Ba_a	111.175 (10)	Si^v—K_a—K_a^ix	102.790 (14)
O2—Ti_l—Ba_a^xii	111.175 (10)	Si^v—K_a—Ca_a	0
O2—Ti_l—Ba_a^viii	134.41 (11)	Si^v—K_a—Ba_a	0
O2—Ti_l—Ba_a^ix	134.84 (10)	Si^v—K_a—Ba_a^i	47.677 (13)
O3^xi—Ti_l—O3^vi	84.86 (8)	Si^v—K_a—Ba_a^ii	47.788 (12)
O3^xi—Ti_l—K_a	122.55 (6)	Si^v—K_a—Ba_a^viii	102.864 (13)
O3^xi—Ti_l—K_a^xii	43.92 (6)	Si^v—K_a—Ba_a^ix	102.790 (14)
O3^xi—Ti_l—K_a^viii	48.01 (5)	Si^vi—K_a—Si^vii	102.965 (17)
O3^xi—Ti_l—K_a^ix	108.71 (6)	Si^vi—K_a—O1^iv	127.11 (4)
O3^xi—Ti_l—Ba_a	122.55 (6)	Si^vi—K_a—O1^ii	119.15 (4)
O3^xi—Ti_l—Ba_a^xii	43.92 (6)	Si^vi—K_a—O1^v	154.06 (4)
O3^xi—Ti_l—Ba_a^viii	48.01 (5)	Si^vi—K_a—O1^vii	83.56 (4)
O3^xi—Ti_l—Ba_a^ix	108.71 (6)	Si^vi—K_a—O3^iii	80.28 (4)
O3^vi—Ti_l—K_a	43.92 (6)	Si^vi—K_a—O3^ii	76.40 (4)
O3^vi—Ti_l—K_a^xii	122.55 (6)	Si^vi—K_a—O3^v	100.19 (4)
O3^vi—Ti_l—K_a^viii	48.01 (5)	Si^vi—K_a—O3^vi	27.50 (4)
O3^vi—Ti_l—K_a^ix	108.71 (6)	Si^vi—K_a—O4^iii	28.60 (2)
O3^vi—Ti_l—Ba_a	43.92 (6)	Si^vi—K_a—O4^iv	127.58 (5)
O3^vi—Ti_l—Ba_a^xii	122.55 (6)	Si^vi—K_a—K_a^i	90.546 (13)
O3^vi—Ti_l—Ba_a^viii	48.01 (5)	Si^vi—K_a—K_a^ii	156.477 (13)
O3^vi—Ti_l—Ba_a^ix	108.71 (6)	Si^vi—K_a—K_a^viii	47.768 (12)
K_a—Ti_l—K_a^xii	137.648 (18)	Si^vi—K_a—K_a^ix	103.726 (12)
K_a—Ti_l—K_a^viii	75.203 (10)	Si^vi—K_a—Ca_a	0
K_a—Ti_l—K_a^ix	75.400 (11)	Si^vi—K_a—Ba_a	0
K_a—Ti_l—Ba_a	0.0 (5)	Si^vi—K_a—Ba_a^i	90.546 (13)
K_a—Ti_l—Ba_a^xii	137.648 (18)	Si^vi—K_a—Ba_a^ii	156.477 (13)
K_a—Ti_l—Ba_a^viii	75.203 (10)	Si^vi—K_a—Ba_a^viii	47.768 (12)
K_a—Ti_l—Ba_a^ix	75.400 (11)	Si^vi—K_a—Ba_a^ix	103.726 (12)
K_a^xii—Ti_l—K_a^viii	75.203 (10)	Si^vii—K_a—O1^iv	79.87 (4)
K_a^xii—Ti_l—K_a^ix	75.400 (11)	Si^vii—K_a—O1^ii	76.11 (4)
K_a^xii—Ti_l—Ba_a	137.648 (18)	Si^vii—K_a—O1^v	99.79 (4)
K_a^xii—Ti_l—Ba_a^xii	0.0 (5)	Si^vii—K_a—O1^vii	27.37 (4)
K_a^xii—Ti_l—Ba_a^viii	75.203 (10)	Si^vii—K_a—O3^iii	127.26 (4)
K_a^xii—Ti_l—Ba_a^ix	75.400 (11)	Si^vii—K_a—O3^ii	119.08 (4)
K_a^viii—Ti_l—K_a^ix	90.755 (15)	Si^vii—K_a—O3^v	153.67 (4)
K_a^viii—Ti_l—Ba_a	75.203 (10)	Si^vii—K_a—O3^vi	83.72 (4)
K_a^viii—Ti_l—Ba_a^xii	75.203 (10)	Si^vii—K_a—O4^iii	127.70 (4)
K_a^viii—Ti_l—Ba_a^viii	0.0 (5)	Si^vii—K_a—O4^iv	28.44 (2)
K_a^viii—Ti_l—Ba_a^ix	90.755 (15)	Si^vii—K_a—K_a^i	156.179 (12)
K_a^ix—Ti_l—Ba_a	75.400 (11)	Si^vii—K_a—K_a^ii	90.116 (13)
K_a^ix—Ti_l—Ba_a^xii	75.400 (11)	Si^vii—K_a—K_a^viii	103.668 (12)
K_a^ix—Ti_l—Ba_a^viii	90.755 (15)	Si^vii—K_a—K_a^ix	47.587 (12)
K_a^ix—Ti_l—Ba_a^ix	0.0 (5)	Si^vii—K_a—Ca_a	0
Ba_a—Ti_l—Ba_a^xii	137.648 (18)	Si^vii—K_a—Ba_a	0
Ba_a—Ti_l—Ba_a^viii	75.203 (10)	Si^vii—K_a—Ba_a^i	156.179 (12)
Ba_a—Ti_l—Ba_a^ix	75.400 (11)	Si^vii—K_a—Ba_a^ii	90.116 (13)
Ba_a^xii—Ti_l—Ba_a^viii	75.203 (10)	Si^vii—K_a—Ba_a^viii	103.668 (12)
Ba_a^xii—Ti_l—Ba_a^ix	75.400 (11)	Si^vii—K_a—Ba_a^ix	47.587 (12)
Ba_a^viii—Ti_l—Ba_a^ix	90.755 (15)	O1^iv—K_a—O1^ii	112.82 (6)
Ti_l—Na_m1—Ti_l^xv	180.0 (5)	O1^iv—K_a—O1^v	69.13 (6)
Ti_l—Na_m1—Na_m2^xiii	117.329 (10)	O1^iv—K_a—O1^vii	106.97 (5)
Ti_l—Na_m1—Na_m2^x	62.671 (10)	O1^iv—K_a—O3^iii	59.52 (5)
Ti_l—Na_m1—Na_m2^xiv	117.329 (10)	O1^iv—K_a—O3^ii	148.08 (6)
Ti_l—Na_m1—Na_m2^v	62.671 (10)	O1^iv—K_a—O3^v	96.00 (5)
Ti_l—Na_m1—O2	24.16 (7)	O1^iv—K_a—O3^vi	142.16 (6)
Ti_l—Na_m1—O2^xv	155.84 (7)	O1^iv—K_a—O4^iii	111.88 (5)
Ti_l—Na_m1—Mn_m2^xiii	117.329 (10)	O1^iv—K_a—O4^iv	55.01 (4)
Ti_l—Na_m1—Mn_m2^x	62.671 (10)	O1^iv—K_a—K_a^i	76.34 (4)
Ti_l—Na_m1—Mn_m2^xiv	117.329 (10)	O1^iv—K_a—K_a^ii	35.61 (4)
Ti_l—Na_m1—Mn_m2^v	62.671 (10)	O1^iv—K_a—K_a^viii	174.09 (4)
Ti_l—Na_m1—Fe_m2^xiii	117.329 (10)	O1^iv—K_a—K_a^ix	114.46 (4)
Ti_l—Na_m1—Fe_m2^x	62.671 (10)	O1^iv—K_a—Ca_a	0
Ti_l—Na_m1—Fe_m2^xiv	117.329 (10)	O1^iv—K_a—Ba_a	0
Ti_l—Na_m1—Fe_m2^v	62.671 (10)	O1^iv—K_a—Ba_a^i	76.34 (4)
Ti_l—Na_m1—Mg_m3^xvi	90	O1^iv—K_a—Ba_a^ii	35.61 (4)
Ti_l—Na_m1—Mg_m3^x	90	O1^iv—K_a—Ba_a^viii	174.09 (4)
Ti_l^xv—Na_m1—Na_m2^xiii	62.671 (10)	O1^iv—K_a—Ba_a^ix	114.46 (4)
Ti_l^xv—Na_m1—Na_m2^x	117.329 (10)	O1^ii—K_a—O1^v	55.15 (5)
Ti_l^xv—Na_m1—Na_m2^xiv	62.671 (10)	O1^ii—K_a—O1^vii	69.13 (6)
Ti_l^xv—Na_m1—Na_m2^v	117.329 (10)	O1^ii—K_a—O3^iii	147.84 (5)
Ti_l^xv—Na_m1—O2	155.84 (7)	O1^ii—K_a—O3^ii	55.14 (5)
Ti_l^xv—Na_m1—O2^xv	24.16 (7)	O1^ii—K_a—O3^v	81.78 (5)
Ti_l^xv—Na_m1—Mn_m2^xiii	62.671 (10)	O1^ii—K_a—O3^vi	95.72 (5)
Ti_l^xv—Na_m1—Mn_m2^x	117.329 (10)	O1^ii—K_a—O4^iii	132.39 (5)
Ti_l^xv—Na_m1—Mn_m2^xiv	62.671 (10)	O1^ii—K_a—O4^iv	77.82 (6)
Ti_l^xv—Na_m1—Mn_m2^v	117.329 (10)	O1^ii—K_a—K_a^i	114.44 (4)
Ti_l^xv—Na_m1—Fe_m2^xiii	62.671 (10)	O1^ii—K_a—K_a^ii	82.71 (4)
Ti_l^xv—Na_m1—Fe_m2^x	117.329 (10)	O1^ii—K_a—K_a^viii	72.83 (4)
Ti_l^xv—Na_m1—Fe_m2^xiv	62.671 (10)	O1^ii—K_a—K_a^ix	33.52 (4)
Ti_l^xv—Na_m1—Fe_m2^v	117.329 (10)	O1^ii—K_a—Ca_a	0
Ti_l^xv—Na_m1—Mg_m3^xvi	90	O1^ii—K_a—Ba_a	0
Ti_l^xv—Na_m1—Mg_m3^x	90	O1^ii—K_a—Ba_a^i	114.44 (4)
Na_m2^xiii—Na_m1—Na_m2^x	111.19 (2)	O1^ii—K_a—Ba_a^ii	82.71 (4)
Na_m2^xiii—Na_m1—Na_m2^xiv	68.81 (2)	O1^ii—K_a—Ba_a^viii	72.83 (4)
Na_m2^xiii—Na_m1—Na_m2^v	180.0 (5)	O1^ii—K_a—Ba_a^ix	33.52 (4)
Na_m2^xiii—Na_m1—O2	134.38 (4)	O1^v—K_a—O1^vii	112.82 (6)
Na_m2^xiii—Na_m1—O2^xv	45.62 (4)	O1^v—K_a—O3^iii	95.72 (5)
Na_m2^xiii—Na_m1—Mn_m2^xiii	0.0 (5)	O1^v—K_a—O3^ii	81.78 (5)
Na_m2^xiii—Na_m1—Mn_m2^x	111.19 (2)	O1^v—K_a—O3^v	55.14 (5)
Na_m2^xiii—Na_m1—Mn_m2^xiv	68.81 (2)	O1^v—K_a—O3^vi	147.84 (5)
Na_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	O1^v—K_a—O4^iii	132.39 (5)
Na_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	O1^v—K_a—O4^iv	77.82 (6)
Na_m2^xiii—Na_m1—Fe_m2^x	111.19 (2)	O1^v—K_a—K_a^i	72.83 (4)
Na_m2^xiii—Na_m1—Fe_m2^xiv	68.81 (2)	O1^v—K_a—K_a^ii	33.52 (4)
Na_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	O1^v—K_a—K_a^viii	114.44 (4)
Na_m2^xiii—Na_m1—Mg_m3^xvi	124.407 (16)	O1^v—K_a—K_a^ix	82.71 (4)
Na_m2^xiii—Na_m1—Mg_m3^x	55.593 (16)	O1^v—K_a—Ca_a	0
Na_m2^x—Na_m1—Na_m2^xiv	180.0 (5)	O1^v—K_a—Ba_a	0
Na_m2^x—Na_m1—Na_m2^v	68.81 (2)	O1^v—K_a—Ba_a^i	72.83 (4)
Na_m2^x—Na_m1—O2	45.62 (4)	O1^v—K_a—Ba_a^ii	33.52 (4)
Na_m2^x—Na_m1—O2^xv	134.38 (4)	O1^v—K_a—Ba_a^viii	114.44 (4)
Na_m2^x—Na_m1—Mn_m2^xiii	111.19 (2)	O1^v—K_a—Ba_a^ix	82.71 (4)
Na_m2^x—Na_m1—Mn_m2^x	0.0 (5)	O1^vii—K_a—O3^iii	142.16 (6)
Na_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	O1^vii—K_a—O3^ii	96.00 (5)
Na_m2^x—Na_m1—Mn_m2^v	68.81 (2)	O1^vii—K_a—O3^v	148.08 (6)
Na_m2^x—Na_m1—Fe_m2^xiii	111.19 (2)	O1^vii—K_a—O3^vi	59.52 (5)
Na_m2^x—Na_m1—Fe_m2^x	0.0 (5)	O1^vii—K_a—O4^iii	111.88 (5)
Na_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	O1^vii—K_a—O4^iv	55.01 (4)
Na_m2^x—Na_m1—Fe_m2^v	68.81 (2)	O1^vii—K_a—K_a^i	174.09 (4)
Na_m2^x—Na_m1—Mg_m3^xvi	124.407 (16)	O1^vii—K_a—K_a^ii	114.46 (4)
Na_m2^x—Na_m1—Mg_m3^x	55.593 (16)	O1^vii—K_a—K_a^viii	76.34 (4)
Na_m2^xiv—Na_m1—Na_m2^v	111.19 (2)	O1^vii—K_a—K_a^ix	35.61 (4)
Na_m2^xiv—Na_m1—O2	134.38 (4)	O1^vii—K_a—Ca_a	0
Na_m2^xiv—Na_m1—O2^xv	45.62 (4)	O1^vii—K_a—Ba_a	0
Na_m2^xiv—Na_m1—Mn_m2^xiii	68.81 (2)	O1^vii—K_a—Ba_a^i	174.09 (4)
Na_m2^xiv—Na_m1—Mn_m2^x	180.0 (5)	O1^vii—K_a—Ba_a^ii	114.46 (4)
Na_m2^xiv—Na_m1—Mn_m2^xiv	0.0 (5)	O1^vii—K_a—Ba_a^viii	76.34 (4)
Na_m2^xiv—Na_m1—Mn_m2^v	111.19 (2)	O1^vii—K_a—Ba_a^ix	35.61 (4)
Na_m2^xiv—Na_m1—Fe_m2^xiii	68.81 (2)	O3^iii—K_a—O3^ii	112.87 (5)
Na_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	O3^iii—K_a—O3^v	68.99 (5)
Na_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	O3^iii—K_a—O3^vi	107.57 (6)
Na_m2^xiv—Na_m1—Fe_m2^v	111.19 (2)	O3^iii—K_a—O4^iii	55.22 (4)
Na_m2^xiv—Na_m1—Mg_m3^xvi	55.593 (16)	O3^iii—K_a—O4^iv	111.91 (5)
Na_m2^xiv—Na_m1—Mg_m3^x	124.407 (16)	O3^iii—K_a—K_a^i	35.36 (4)
Na_m2^v—Na_m1—O2	45.62 (4)	O3^iii—K_a—K_a^ii	76.25 (4)
Na_m2^v—Na_m1—O2^xv	134.38 (4)	O3^iii—K_a—K_a^viii	114.84 (4)
Na_m2^v—Na_m1—Mn_m2^xiii	180.0 (5)	O3^iii—K_a—K_a^ix	173.83 (4)
Na_m2^v—Na_m1—Mn_m2^x	68.81 (2)	O3^iii—K_a—Ca_a	0
Na_m2^v—Na_m1—Mn_m2^xiv	111.19 (2)	O3^iii—K_a—Ba_a	0
Na_m2^v—Na_m1—Mn_m2^v	0.0 (5)	O3^iii—K_a—Ba_a^i	35.36 (4)
Na_m2^v—Na_m1—Fe_m2^xiii	180.0 (5)	O3^iii—K_a—Ba_a^ii	76.25 (4)
Na_m2^v—Na_m1—Fe_m2^x	68.81 (2)	O3^iii—K_a—Ba_a^viii	114.84 (4)
Na_m2^v—Na_m1—Fe_m2^xiv	111.19 (2)	O3^iii—K_a—Ba_a^ix	173.83 (4)
Na_m2^v—Na_m1—Fe_m2^v	0.0 (5)	O3^ii—K_a—O3^v	55.16 (5)
Na_m2^v—Na_m1—Mg_m3^xvi	55.593 (16)	O3^ii—K_a—O3^vi	68.99 (5)
Na_m2^v—Na_m1—Mg_m3^x	124.407 (16)	O3^ii—K_a—O4^iii	78.11 (6)
O2—Na_m1—O2^xv	180.0 (5)	O3^ii—K_a—O4^iv	132.13 (6)
O2—Na_m1—Mn_m2^xiii	134.38 (4)	O3^ii—K_a—K_a^i	82.91 (4)
O2—Na_m1—Mn_m2^x	45.62 (4)	O3^ii—K_a—K_a^ii	114.37 (4)
O2—Na_m1—Mn_m2^xiv	134.38 (4)	O3^ii—K_a—K_a^viii	33.64 (4)
O2—Na_m1—Mn_m2^v	45.62 (4)	O3^ii—K_a—K_a^ix	72.88 (4)
O2—Na_m1—Fe_m2^xiii	134.38 (4)	O3^ii—K_a—Ca_a	0
O2—Na_m1—Fe_m2^x	45.62 (4)	O3^ii—K_a—Ba_a	0
O2—Na_m1—Fe_m2^xiv	134.38 (4)	O3^ii—K_a—Ba_a^i	82.91 (4)
O2—Na_m1—Fe_m2^v	45.62 (4)	O3^ii—K_a—Ba_a^ii	114.37 (4)
O2—Na_m1—Mg_m3^xvi	90	O3^ii—K_a—Ba_a^viii	33.64 (4)
O2—Na_m1—Mg_m3^x	90	O3^ii—K_a—Ba_a^ix	72.88 (4)
O2^xv—Na_m1—Mn_m2^xiii	45.62 (4)	O3^v—K_a—O3^vi	112.87 (5)
O2^xv—Na_m1—Mn_m2^x	134.38 (4)	O3^v—K_a—O4^iii	78.11 (6)
O2^xv—Na_m1—Mn_m2^xiv	45.62 (4)	O3^v—K_a—O4^iv	132.13 (6)
O2^xv—Na_m1—Mn_m2^v	134.38 (4)	O3^v—K_a—K_a^i	33.64 (4)
O2^xv—Na_m1—Fe_m2^xiii	45.62 (4)	O3^v—K_a—K_a^ii	72.88 (4)
O2^xv—Na_m1—Fe_m2^x	134.38 (4)	O3^v—K_a—K_a^viii	82.91 (4)
O2^xv—Na_m1—Fe_m2^xiv	45.62 (4)	O3^v—K_a—K_a^ix	114.37 (4)
O2^xv—Na_m1—Fe_m2^v	134.38 (4)	O3^v—K_a—Ca_a	0
O2^xv—Na_m1—Mg_m3^xvi	90	O3^v—K_a—Ba_a	0
O2^xv—Na_m1—Mg_m3^x	90	O3^v—K_a—Ba_a^i	33.64 (4)
Mn_m2^xiii—Na_m1—Mn_m2^x	111.19 (2)	O3^v—K_a—Ba_a^ii	72.88 (4)
Mn_m2^xiii—Na_m1—Mn_m2^xiv	68.81 (2)	O3^v—K_a—Ba_a^viii	82.91 (4)
Mn_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	O3^v—K_a—Ba_a^ix	114.37 (4)
Mn_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	O3^vi—K_a—O4^iii	55.22 (4)
Mn_m2^xiii—Na_m1—Fe_m2^x	111.19 (2)	O3^vi—K_a—O4^iv	111.91 (5)
Mn_m2^xiii—Na_m1—Fe_m2^xiv	68.81 (2)	O3^vi—K_a—K_a^i	114.84 (4)
Mn_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	O3^vi—K_a—K_a^ii	173.83 (4)
Mn_m2^xiii—Na_m1—Mg_m3^xvi	124.407 (16)	O3^vi—K_a—K_a^viii	35.36 (4)
Mn_m2^xiii—Na_m1—Mg_m3^x	55.593 (16)	O3^vi—K_a—K_a^ix	76.25 (4)
Mn_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	O3^vi—K_a—Ca_a	0
Mn_m2^x—Na_m1—Mn_m2^v	68.81 (2)	O3^vi—K_a—Ba_a	0
Mn_m2^x—Na_m1—Fe_m2^xiii	111.19 (2)	O3^vi—K_a—Ba_a^i	114.84 (4)
Mn_m2^x—Na_m1—Fe_m2^x	0.0 (5)	O3^vi—K_a—Ba_a^ii	173.83 (4)
Mn_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	O3^vi—K_a—Ba_a^viii	35.36 (4)
Mn_m2^x—Na_m1—Fe_m2^v	68.81 (2)	O3^vi—K_a—Ba_a^ix	76.25 (4)
Mn_m2^x—Na_m1—Mg_m3^xvi	124.407 (16)	O4^iii—K_a—O4^iv	144.26 (8)
Mn_m2^x—Na_m1—Mg_m3^x	55.593 (16)	O4^iii—K_a—K_a^i	62.22 (3)
Mn_m2^xiv—Na_m1—Mn_m2^v	111.19 (2)	O4^iii—K_a—K_a^ii	129.817 (7)
Mn_m2^xiv—Na_m1—Fe_m2^xiii	68.81 (2)	O4^iii—K_a—K_a^viii	62.22 (3)
Mn_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	O4^iii—K_a—K_a^ix	129.817 (7)
Mn_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	O4^iii—K_a—Ca_a	0
Mn_m2^xiv—Na_m1—Fe_m2^v	111.19 (2)	O4^iii—K_a—Ba_a	0
Mn_m2^xiv—Na_m1—Mg_m3^xvi	55.593 (16)	O4^iii—K_a—Ba_a^i	62.22 (3)
Mn_m2^xiv—Na_m1—Mg_m3^x	124.407 (16)	O4^iii—K_a—Ba_a^ii	129.817 (7)
Mn_m2^v—Na_m1—Fe_m2^xiii	180.0 (5)	O4^iii—K_a—Ba_a^viii	62.22 (3)
Mn_m2^v—Na_m1—Fe_m2^x	68.81 (2)	O4^iii—K_a—Ba_a^ix	129.817 (7)
Mn_m2^v—Na_m1—Fe_m2^xiv	111.19 (2)	O4^iv—K_a—K_a^i	129.584 (7)
Mn_m2^v—Na_m1—Fe_m2^v	0.0 (5)	O4^iv—K_a—K_a^ii	61.94 (3)
Mn_m2^v—Na_m1—Mg_m3^xvi	55.593 (16)	O4^iv—K_a—K_a^viii	129.584 (7)
Mn_m2^v—Na_m1—Mg_m3^x	124.407 (16)	O4^iv—K_a—K_a^ix	61.94 (3)
Fe_m2^xiii—Na_m1—Fe_m2^x	111.19 (2)	O4^iv—K_a—Ca_a	0
Fe_m2^xiii—Na_m1—Fe_m2^xiv	68.81 (2)	O4^iv—K_a—Ba_a	0
Fe_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	O4^iv—K_a—Ba_a^i	129.584 (7)
Fe_m2^xiii—Na_m1—Mg_m3^xvi	124.407 (16)	O4^iv—K_a—Ba_a^ii	61.94 (3)
Fe_m2^xiii—Na_m1—Mg_m3^x	55.593 (16)	O4^iv—K_a—Ba_a^viii	129.584 (7)
Fe_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	O4^iv—K_a—Ba_a^ix	61.94 (3)
Fe_m2^x—Na_m1—Fe_m2^v	68.81 (2)	K_a^i—K_a—K_a^ii	71.125 (5)
Fe_m2^x—Na_m1—Mg_m3^xvi	124.407 (16)	K_a^i—K_a—K_a^viii	99.944 (7)
Fe_m2^x—Na_m1—Mg_m3^x	55.593 (16)	K_a^i—K_a—K_a^ix	147.743 (9)
Fe_m2^xiv—Na_m1—Fe_m2^v	111.19 (2)	K_a^i—K_a—Ca_a	0
Fe_m2^xiv—Na_m1—Mg_m3^xvi	55.593 (16)	K_a^i—K_a—Ba_a	0
Fe_m2^xiv—Na_m1—Mg_m3^x	124.407 (16)	K_a^i—K_a—Ba_a^i	0.0 (5)
Fe_m2^v—Na_m1—Mg_m3^xvi	55.593 (16)	K_a^i—K_a—Ba_a^ii	71.125 (5)
Fe_m2^v—Na_m1—Mg_m3^x	124.407 (16)	K_a^i—K_a—Ba_a^viii	99.944 (7)
Mg_m3^xvi—Na_m1—Mg_m3^x	180.0 (5)	K_a^i—K_a—Ba_a^ix	147.743 (9)
Ti_l^xx—Na_m2—Ti_l^ii	116.42 (3)	K_a^ii—K_a—K_a^viii	147.743 (9)
Ti_l^xx—Na_m2—Na_m1^xx	61.407 (16)	K_a^ii—K_a—K_a^ix	99.536 (7)
Ti_l^xx—Na_m2—Na_m1^xxviii	83.29 (2)	K_a^ii—K_a—Ca_a	0
Ti_l^xx—Na_m2—Na_m2^xvii	58.208 (16)	K_a^ii—K_a—Ba_a	0
Ti_l^xx—Na_m2—Na_m2^xviii	121.792 (16)	K_a^ii—K_a—Ba_a^i	71.125 (5)
Ti_l^xx—Na_m2—Ti_m3	95.464 (9)	K_a^ii—K_a—Ba_a^ii	0.0 (5)
Ti_l^xx—Na_m2—Ti_m3^xix	117.792 (10)	K_a^ii—K_a—Ba_a^viii	147.743 (9)
Ti_l^xx—Na_m2—O2^xx	24.26 (6)	K_a^ii—K_a—Ba_a^ix	99.536 (7)
Ti_l^xx—Na_m2—O2^ii	94.51 (6)	K_a^viii—K_a—K_a^ix	71.125 (5)
Ti_l^xx—Na_m2—O5^xx	80.07 (5)	K_a^viii—K_a—Ca_a	0
Ti_l^xx—Na_m2—O5^ii	106.73 (5)	K_a^viii—K_a—Ba_a	0
Ti_l^xx—Na_m2—O_x	83.68 (6)	K_a^viii—K_a—Ba_a^i	99.944 (7)
Ti_l^xx—Na_m2—O_x^xxi	152.37 (8)	K_a^viii—K_a—Ba_a^ii	147.743 (9)
Ti_l^xx—Na_m2—Mn_m2	0	K_a^viii—K_a—Ba_a^viii	0.0 (5)
Ti_l^xx—Na_m2—Mn_m2^xviii	121.792 (16)	K_a^viii—K_a—Ba_a^ix	71.125 (5)
Ti_l^xx—Na_m2—Fe_m2	0	K_a^ix—K_a—Ca_a	0
Ti_l^xx—Na_m2—Fe_m3	95.464 (9)	K_a^ix—K_a—Ba_a	0
Ti_l^xx—Na_m2—Fe_m3^xix	117.792 (10)	K_a^ix—K_a—Ba_a^i	147.743 (9)
Ti_l^xx—Na_m2—Mg_m3	95.464 (9)	K_a^ix—K_a—Ba_a^ii	99.536 (7)
Ti_l^xx—Na_m2—Mg_m3^xix	117.792 (10)	K_a^ix—K_a—Ba_a^viii	71.125 (5)
Ti_l^ii—Na_m2—Na_m1^xx	83.29 (2)	K_a^ix—K_a—Ba_a^ix	0.0 (5)
Ti_l^ii—Na_m2—Na_m1^xxviii	61.407 (16)	Ca_a—K_a—Ba_a	0
Ti_l^ii—Na_m2—Na_m2^xvii	58.208 (16)	Ca_a—K_a—Ba_a^i	0
Ti_l^ii—Na_m2—Na_m2^xviii	121.792 (16)	Ca_a—K_a—Ba_a^ii	0
Ti_l^ii—Na_m2—Ti_m3	117.792 (10)	Ca_a—K_a—Ba_a^viii	0
Ti_l^ii—Na_m2—Ti_m3^xix	95.464 (9)	Ca_a—K_a—Ba_a^ix	0
Ti_l^ii—Na_m2—O2^xx	94.51 (6)	Ba_a—K_a—Ba_a^i	0
Ti_l^ii—Na_m2—O2^ii	24.26 (6)	Ba_a—K_a—Ba_a^ii	0
Ti_l^ii—Na_m2—O5^xx	106.73 (5)	Ba_a—K_a—Ba_a^viii	0
Ti_l^ii—Na_m2—O5^ii	80.07 (5)	Ba_a—K_a—Ba_a^ix	0
Ti_l^ii—Na_m2—O_x	152.37 (8)	Ba_a^i—K_a—Ba_a^ii	71.125 (5)
Ti_l^ii—Na_m2—O_x^xxi	83.68 (6)	Ba_a^i—K_a—Ba_a^viii	99.944 (7)
Ti_l^ii—Na_m2—Mn_m2	0	Ba_a^i—K_a—Ba_a^ix	147.743 (9)
Ti_l^ii—Na_m2—Mn_m2^xviii	121.792 (16)	Ba_a^ii—K_a—Ba_a^viii	147.743 (9)
Ti_l^ii—Na_m2—Fe_m2	0	Ba_a^ii—K_a—Ba_a^ix	99.536 (7)
Ti_l^ii—Na_m2—Fe_m3	117.792 (10)	Ba_a^viii—K_a—Ba_a^ix	71.125 (5)
Ti_l^ii—Na_m2—Fe_m3^xix	95.464 (9)	Sr_a—Ca_a—K_a	0
Ti_l^ii—Na_m2—Mg_m3	117.792 (10)	Sr_a—Ca_a—Ba_a	0
Ti_l^ii—Na_m2—Mg_m3^xix	95.464 (9)	K_a—Ca_a—Ba_a	0
Na_m1^xx—Na_m2—Na_m1^xxviii	111.19 (3)	Sr_a—Ba_a—Ti_l^iv	0
Na_m1^xx—Na_m2—Na_m2^xvii	55.593 (16)	Sr_a—Ba_a—Ti_l	0
Na_m1^xx—Na_m2—Na_m2^xviii	124.407 (16)	Sr_a—Ba_a—Ti_l^i	0
Na_m1^xx—Na_m2—Ti_m3	66.607 (2)	Sr_a—Ba_a—Ti_l^ii	0
Na_m1^xx—Na_m2—Ti_m3^xix	177.79 (3)	Sr_a—Ba_a—Si^iii	0
Na_m1^xx—Na_m2—O2^xx	43.87 (8)	Sr_a—Ba_a—Si^iv	0
Na_m1^xx—Na_m2—O2^ii	80.06 (7)	Sr_a—Ba_a—Si^ii	0
Na_m1^xx—Na_m2—O5^xx	140.06 (6)	Sr_a—Ba_a—Si^v	0
Na_m1^xx—Na_m2—O5^ii	50.00 (5)	Sr_a—Ba_a—Si^vi	0
Na_m1^xx—Na_m2—O_x	91.24 (7)	Sr_a—Ba_a—Si^vii	0
Na_m1^xx—Na_m2—O_x^xxi	144.14 (8)	Sr_a—Ba_a—O1^iv	0
Na_m1^xx—Na_m2—Mn_m2	0	Sr_a—Ba_a—O1^vii	0
Na_m1^xx—Na_m2—Mn_m2^xviii	124.407 (16)	Sr_a—Ba_a—O3^iii	0
Na_m1^xx—Na_m2—Fe_m2	0	Sr_a—Ba_a—O3^vi	0
Na_m1^xx—Na_m2—Fe_m3	66.607 (2)	Sr_a—Ba_a—O4^iii	0
Na_m1^xx—Na_m2—Fe_m3^xix	177.79 (3)	Sr_a—Ba_a—O4^iv	0
Na_m1^xx—Na_m2—Mg_m3	66.607 (2)	Sr_a—Ba_a—K_a	0
Na_m1^xx—Na_m2—Mg_m3^xix	177.79 (3)	Sr_a—Ba_a—K_a^i	0
Na_m1^xxviii—Na_m2—Na_m2^xvii	55.593 (16)	Sr_a—Ba_a—K_a^ii	0
Na_m1^xxviii—Na_m2—Na_m2^xviii	124.407 (16)	Sr_a—Ba_a—K_a^viii	0
Na_m1^xxviii—Na_m2—Ti_m3	177.79 (3)	Sr_a—Ba_a—K_a^ix	0
Na_m1^xxviii—Na_m2—Ti_m3^xix	66.607 (2)	Sr_a—Ba_a—Ca_a	0
Na_m1^xxviii—Na_m2—O2^xx	80.06 (7)	Sr_a—Ba_a—Ba_a^i	0
Na_m1^xxviii—Na_m2—O2^ii	43.87 (8)	Sr_a—Ba_a—Ba_a^ii	0
Na_m1^xxviii—Na_m2—O5^xx	50.00 (5)	Sr_a—Ba_a—Ba_a^viii	0
Na_m1^xxviii—Na_m2—O5^ii	140.06 (6)	Sr_a—Ba_a—Ba_a^ix	0
Na_m1^xxviii—Na_m2—O_x	144.14 (8)	Ti_l^iv—Ba_a—Ti_l	137.648 (15)
Na_m1^xxviii—Na_m2—O_x^xxi	91.24 (7)	Ti_l^iv—Ba_a—Ti_l^i	104.797 (10)
Na_m1^xxviii—Na_m2—Mn_m2	0	Ti_l^iv—Ba_a—Ti_l^ii	104.600 (11)
Na_m1^xxviii—Na_m2—Mn_m2^xviii	124.407 (16)	Ti_l^iv—Ba_a—Si^iii	55.144 (15)
Na_m1^xxviii—Na_m2—Fe_m2	0	Ti_l^iv—Ba_a—Si^iv	55.104 (15)
Na_m1^xxviii—Na_m2—Fe_m3	177.79 (3)	Ti_l^iv—Ba_a—Si^ii	146.980 (16)
Na_m1^xxviii—Na_m2—Fe_m3^xix	66.607 (2)	Ti_l^iv—Ba_a—Si^v	75.370 (14)
Na_m1^xxviii—Na_m2—Mg_m3	177.79 (3)	Ti_l^iv—Ba_a—Si^vi	104.986 (16)
Na_m1^xxviii—Na_m2—Mg_m3^xix	66.607 (2)	Ti_l^iv—Ba_a—Si^vii	104.725 (15)
Na_m2^xvii—Na_m2—Na_m2^xviii	180.0 (5)	Ti_l^iv—Ba_a—O1^iv	29.72 (4)
Na_m2^xvii—Na_m2—Ti_m3	122.200 (17)	Ti_l^iv—Ba_a—O1^vii	129.08 (4)
Na_m2^xvii—Na_m2—Ti_m3^xix	122.200 (17)	Ti_l^iv—Ba_a—O3^iii	29.82 (4)
Na_m2^xvii—Na_m2—O2^xx	37.75 (6)	Ti_l^iv—Ba_a—O3^vi	129.58 (4)
Na_m2^xvii—Na_m2—O2^ii	37.75 (6)	Ti_l^iv—Ba_a—O4^iii	83.73 (2)
Na_m2^xvii—Na_m2—O5^xx	96.30 (6)	Ti_l^iv—Ba_a—O4^iv	83.54 (2)
Na_m2^xvii—Na_m2—O5^ii	96.30 (6)	Ti_l^iv—Ba_a—K_a	0
Na_m2^xvii—Na_m2—O_x	137.42 (6)	Ti_l^iv—Ba_a—K_a^i	52.241 (9)
Na_m2^xvii—Na_m2—O_x^xxi	137.42 (6)	Ti_l^iv—Ba_a—K_a^ii	52.201 (10)
Na_m2^xvii—Na_m2—Mn_m2	0	Ti_l^iv—Ba_a—K_a^viii	144.658 (12)
Na_m2^xvii—Na_m2—Mn_m2^xviii	180.0 (5)	Ti_l^iv—Ba_a—K_a^ix	144.182 (12)
Na_m2^xvii—Na_m2—Fe_m2	0	Ti_l^iv—Ba_a—Ca_a	0
Na_m2^xvii—Na_m2—Fe_m3	122.200 (17)	Ti_l^iv—Ba_a—Ba_a^i	52.241 (9)
Na_m2^xvii—Na_m2—Fe_m3^xix	122.200 (17)	Ti_l^iv—Ba_a—Ba_a^ii	52.201 (10)
Na_m2^xvii—Na_m2—Mg_m3	122.200 (17)	Ti_l^iv—Ba_a—Ba_a^viii	144.658 (12)
Na_m2^xvii—Na_m2—Mg_m3^xix	122.200 (17)	Ti_l^iv—Ba_a—Ba_a^ix	144.182 (12)
Na_m2^xviii—Na_m2—Ti_m3	57.800 (17)	Ti_l—Ba_a—Ti_l^i	104.797 (10)
Na_m2^xviii—Na_m2—Ti_m3^xix	57.800 (17)	Ti_l—Ba_a—Ti_l^ii	104.600 (11)
Na_m2^xviii—Na_m2—O2^xx	142.25 (6)	Ti_l—Ba_a—Si^iii	104.986 (16)
Na_m2^xviii—Na_m2—O2^ii	142.25 (6)	Ti_l—Ba_a—Si^iv	104.725 (15)
Na_m2^xviii—Na_m2—O5^xx	83.70 (6)	Ti_l—Ba_a—Si^ii	75.370 (14)
Na_m2^xviii—Na_m2—O5^ii	83.70 (6)	Ti_l—Ba_a—Si^v	146.980 (16)
Na_m2^xviii—Na_m2—O_x	42.58 (6)	Ti_l—Ba_a—Si^vi	55.144 (15)
Na_m2^xviii—Na_m2—O_x^xxi	42.58 (6)	Ti_l—Ba_a—Si^vii	55.104 (15)
Na_m2^xviii—Na_m2—Mn_m2	0	Ti_l—Ba_a—O1^iv	129.08 (4)
Na_m2^xviii—Na_m2—Mn_m2^xviii	0.0 (5)	Ti_l—Ba_a—O1^vii	29.72 (4)
Na_m2^xviii—Na_m2—Fe_m2	0	Ti_l—Ba_a—O3^iii	129.58 (4)
Na_m2^xviii—Na_m2—Fe_m3	57.800 (17)	Ti_l—Ba_a—O3^vi	29.82 (4)
Na_m2^xviii—Na_m2—Fe_m3^xix	57.800 (17)	Ti_l—Ba_a—O4^iii	83.73 (2)
Na_m2^xviii—Na_m2—Mg_m3	57.800 (17)	Ti_l—Ba_a—O4^iv	83.54 (2)
Na_m2^xviii—Na_m2—Mg_m3^xix	57.800 (17)	Ti_l—Ba_a—K_a	0
Ti_m3—Na_m2—Ti_m3^xix	115.60 (3)	Ti_l—Ba_a—K_a^i	144.658 (12)
Ti_m3—Na_m2—O2^xx	98.06 (7)	Ti_l—Ba_a—K_a^ii	144.182 (12)
Ti_m3—Na_m2—O2^ii	134.63 (8)	Ti_l—Ba_a—K_a^viii	52.241 (9)
Ti_m3—Na_m2—O5^xx	131.63 (6)	Ti_l—Ba_a—K_a^ix	52.201 (10)
Ti_m3—Na_m2—O5^ii	38.63 (5)	Ti_l—Ba_a—Ca_a	0
Ti_m3—Na_m2—O_x	37.16 (8)	Ti_l—Ba_a—Ba_a^i	144.658 (12)
Ti_m3—Na_m2—O_x^xxi	90.70 (7)	Ti_l—Ba_a—Ba_a^ii	144.182 (12)
Ti_m3—Na_m2—Mn_m2	0	Ti_l—Ba_a—Ba_a^viii	52.241 (9)
Ti_m3—Na_m2—Mn_m2^xviii	57.800 (17)	Ti_l—Ba_a—Ba_a^ix	52.201 (10)
Ti_m3—Na_m2—Fe_m2	0	Ti_l^i—Ba_a—Ti_l^ii	90.755 (15)
Ti_m3—Na_m2—Fe_m3	0.0 (5)	Ti_l^i—Ba_a—Si^iii	75.639 (15)
Ti_m3—Na_m2—Fe_m3^xix	115.60 (3)	Ti_l^i—Ba_a—Si^iv	149.710 (13)
Ti_m3—Na_m2—Mg_m3	0.0 (5)	Ti_l^i—Ba_a—Si^ii	55.266 (14)
Ti_m3—Na_m2—Mg_m3^xix	115.60 (3)	Ti_l^i—Ba_a—Si^v	55.266 (14)
Ti_m3^xix—Na_m2—O2^xx	134.63 (8)	Ti_l^i—Ba_a—Si^vi	75.639 (15)
Ti_m3^xix—Na_m2—O2^ii	98.06 (7)	Ti_l^i—Ba_a—Si^vii	149.710 (13)
Ti_m3^xix—Na_m2—O5^xx	38.63 (5)	Ti_l^i—Ba_a—O1^iv	125.69 (4)
Ti_m3^xix—Na_m2—O5^ii	131.63 (6)	Ti_l^i—Ba_a—O1^vii	125.69 (4)
Ti_m3^xix—Na_m2—O_x	90.70 (7)	Ti_l^i—Ba_a—O3^iii	82.75 (4)
Ti_m3^xix—Na_m2—O_x^xxi	37.16 (8)	Ti_l^i—Ba_a—O3^vi	82.75 (4)
Ti_m3^xix—Na_m2—Mn_m2	0	Ti_l^i—Ba_a—O4^iii	62.59 (5)
Ti_m3^xix—Na_m2—Mn_m2^xviii	57.800 (17)	Ti_l^i—Ba_a—O4^iv	153.16 (6)
Ti_m3^xix—Na_m2—Fe_m2	0	Ti_l^i—Ba_a—K_a	0
Ti_m3^xix—Na_m2—Fe_m3	115.60 (3)	Ti_l^i—Ba_a—K_a^i	52.556 (5)
Ti_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	Ti_l^i—Ba_a—K_a^ii	102.701 (9)
Ti_m3^xix—Na_m2—Mg_m3	115.60 (3)	Ti_l^i—Ba_a—K_a^viii	52.556 (5)
Ti_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	Ti_l^i—Ba_a—K_a^ix	102.701 (9)
O2^xx—Na_m2—O2^ii	75.51 (8)	Ti_l^i—Ba_a—Ca_a	0
O2^xx—Na_m2—O5^xx	96.27 (9)	Ti_l^i—Ba_a—Ba_a^i	52.556 (5)
O2^xx—Na_m2—O5^ii	93.69 (9)	Ti_l^i—Ba_a—Ba_a^ii	102.701 (9)
O2^xx—Na_m2—O_x	100.20 (8)	Ti_l^i—Ba_a—Ba_a^viii	52.556 (5)
O2^xx—Na_m2—O_x^xxi	170.85 (10)	Ti_l^i—Ba_a—Ba_a^ix	102.701 (9)
O2^xx—Na_m2—Mn_m2	0	Ti_l^ii—Ba_a—Si^iii	149.727 (13)
O2^xx—Na_m2—Mn_m2^xviii	142.25 (6)	Ti_l^ii—Ba_a—Si^iv	75.381 (16)
O2^xx—Na_m2—Fe_m2	0	Ti_l^ii—Ba_a—Si^ii	55.278 (14)
O2^xx—Na_m2—Fe_m3	98.06 (7)	Ti_l^ii—Ba_a—Si^v	55.278 (14)
O2^xx—Na_m2—Fe_m3^xix	134.63 (8)	Ti_l^ii—Ba_a—Si^vi	149.727 (13)
O2^xx—Na_m2—Mg_m3	98.06 (7)	Ti_l^ii—Ba_a—Si^vii	75.381 (16)
O2^xx—Na_m2—Mg_m3^xix	134.63 (8)	Ti_l^ii—Ba_a—O1^iv	82.82 (4)
O2^ii—Na_m2—O5^xx	93.69 (9)	Ti_l^ii—Ba_a—O1^vii	82.82 (4)
O2^ii—Na_m2—O5^ii	96.27 (9)	Ti_l^ii—Ba_a—O3^iii	125.37 (4)
O2^ii—Na_m2—O_x	170.85 (10)	Ti_l^ii—Ba_a—O3^vi	125.37 (4)
O2^ii—Na_m2—O_x^xxi	100.20 (8)	Ti_l^ii—Ba_a—O4^iii	153.34 (5)
O2^ii—Na_m2—Mn_m2	0	Ti_l^ii—Ba_a—O4^iv	62.40 (6)
O2^ii—Na_m2—Mn_m2^xviii	142.25 (6)	Ti_l^ii—Ba_a—K_a	0
O2^ii—Na_m2—Fe_m2	0	Ti_l^ii—Ba_a—K_a^i	102.578 (8)
O2^ii—Na_m2—Fe_m3	134.63 (8)	Ti_l^ii—Ba_a—K_a^ii	52.399 (5)
O2^ii—Na_m2—Fe_m3^xix	98.06 (7)	Ti_l^ii—Ba_a—K_a^viii	102.578 (8)
O2^ii—Na_m2—Mg_m3	134.63 (8)	Ti_l^ii—Ba_a—K_a^ix	52.399 (5)
O2^ii—Na_m2—Mg_m3^xix	98.06 (7)	Ti_l^ii—Ba_a—Ca_a	0
O5^xx—Na_m2—O5^ii	167.41 (9)	Ti_l^ii—Ba_a—Ba_a^i	102.578 (8)
O5^xx—Na_m2—O_x	94.83 (10)	Ti_l^ii—Ba_a—Ba_a^ii	52.399 (5)
O5^xx—Na_m2—O_x^xxi	75.78 (10)	Ti_l^ii—Ba_a—Ba_a^viii	102.578 (8)
O5^xx—Na_m2—Mn_m2	0	Ti_l^ii—Ba_a—Ba_a^ix	52.399 (5)
O5^xx—Na_m2—Mn_m2^xviii	83.70 (6)	Si^iii—Ba_a—Si^iv	102.965 (17)
O5^xx—Na_m2—Fe_m2	0	Si^iii—Ba_a—Si^ii	128.003 (18)
O5^xx—Na_m2—Fe_m3	131.63 (6)	Si^iii—Ba_a—Si^v	95.445 (17)
O5^xx—Na_m2—Fe_m3^xix	38.63 (5)	Si^iii—Ba_a—Si^vi	52.861 (17)
O5^xx—Na_m2—Mg_m3	131.63 (6)	Si^iii—Ba_a—Si^vii	128.226 (19)
O5^xx—Na_m2—Mg_m3^xix	38.63 (5)	Si^iii—Ba_a—O1^iv	83.56 (4)
O5^ii—Na_m2—O_x	75.78 (10)	Si^iii—Ba_a—O1^vii	127.11 (4)
O5^ii—Na_m2—O_x^xxi	94.83 (10)	Si^iii—Ba_a—O3^iii	27.50 (4)
O5^ii—Na_m2—Mn_m2	0	Si^iii—Ba_a—O3^vi	80.28 (4)
O5^ii—Na_m2—Mn_m2^xviii	83.70 (6)	Si^iii—Ba_a—O4^iii	28.60 (2)
O5^ii—Na_m2—Fe_m2	0	Si^iii—Ba_a—O4^iv	127.58 (5)
O5^ii—Na_m2—Fe_m3	38.63 (5)	Si^iii—Ba_a—K_a	0
O5^ii—Na_m2—Fe_m3^xix	131.63 (6)	Si^iii—Ba_a—K_a^i	47.768 (12)
O5^ii—Na_m2—Mg_m3	38.63 (5)	Si^iii—Ba_a—K_a^ii	103.726 (12)
O5^ii—Na_m2—Mg_m3^xix	131.63 (6)	Si^iii—Ba_a—K_a^viii	90.546 (13)
O_x—Na_m2—O_x^xxi	85.16 (8)	Si^iii—Ba_a—K_a^ix	156.477 (13)
O_x—Na_m2—Mn_m2	0	Si^iii—Ba_a—Ca_a	0
O_x—Na_m2—Mn_m2^xviii	42.58 (6)	Si^iii—Ba_a—Ba_a^i	47.768 (12)
O_x—Na_m2—Fe_m2	0	Si^iii—Ba_a—Ba_a^ii	103.726 (12)
O_x—Na_m2—Fe_m3	37.16 (8)	Si^iii—Ba_a—Ba_a^viii	90.546 (13)
O_x—Na_m2—Fe_m3^xix	90.70 (7)	Si^iii—Ba_a—Ba_a^ix	156.477 (13)
O_x—Na_m2—Mg_m3	37.16 (8)	Si^iv—Ba_a—Si^ii	127.739 (19)
O_x—Na_m2—Mg_m3^xix	90.70 (7)	Si^iv—Ba_a—Si^v	95.375 (17)
O_x^xxi—Na_m2—Mn_m2	0	Si^iv—Ba_a—Si^vi	128.226 (19)
O_x^xxi—Na_m2—Mn_m2^xviii	42.58 (6)	Si^iv—Ba_a—Si^vii	52.598 (16)
O_x^xxi—Na_m2—Fe_m2	0	Si^iv—Ba_a—O1^iv	27.37 (4)
O_x^xxi—Na_m2—Fe_m3	90.70 (7)	Si^iv—Ba_a—O1^vii	79.87 (4)
O_x^xxi—Na_m2—Fe_m3^xix	37.16 (8)	Si^iv—Ba_a—O3^iii	83.72 (4)
O_x^xxi—Na_m2—Mg_m3	90.70 (7)	Si^iv—Ba_a—O3^vi	127.26 (4)
O_x^xxi—Na_m2—Mg_m3^xix	37.16 (8)	Si^iv—Ba_a—O4^iii	127.70 (4)
Mn_m2—Na_m2—Mn_m2^xviii	0	Si^iv—Ba_a—O4^iv	28.44 (2)
Mn_m2—Na_m2—Fe_m2	0	Si^iv—Ba_a—K_a	0
Mn_m2—Na_m2—Fe_m3	0	Si^iv—Ba_a—K_a^i	103.668 (12)
Mn_m2—Na_m2—Fe_m3^xix	0	Si^iv—Ba_a—K_a^ii	47.587 (12)
Mn_m2—Na_m2—Mg_m3	0	Si^iv—Ba_a—K_a^viii	156.179 (12)
Mn_m2—Na_m2—Mg_m3^xix	0	Si^iv—Ba_a—K_a^ix	90.116 (13)
Mn_m2^xviii—Na_m2—Fe_m2	0	Si^iv—Ba_a—Ca_a	0
Mn_m2^xviii—Na_m2—Fe_m3	57.800 (17)	Si^iv—Ba_a—Ba_a^i	103.668 (12)
Mn_m2^xviii—Na_m2—Fe_m3^xix	57.800 (17)	Si^iv—Ba_a—Ba_a^ii	47.587 (12)
Mn_m2^xviii—Na_m2—Mg_m3	57.800 (17)	Si^iv—Ba_a—Ba_a^viii	156.179 (12)
Mn_m2^xviii—Na_m2—Mg_m3^xix	57.800 (17)	Si^iv—Ba_a—Ba_a^ix	90.116 (13)
Fe_m2—Na_m2—Fe_m3	0	Si^ii—Ba_a—Si^v	71.610 (17)
Fe_m2—Na_m2—Fe_m3^xix	0	Si^ii—Ba_a—Si^vi	95.445 (17)
Fe_m2—Na_m2—Mg_m3	0	Si^ii—Ba_a—Si^vii	95.375 (17)
Fe_m2—Na_m2—Mg_m3^xix	0	Si^ii—Ba_a—O1^iv	137.30 (4)
Fe_m3—Na_m2—Fe_m3^xix	115.60 (3)	Si^ii—Ba_a—O1^vii	78.14 (4)
Fe_m3—Na_m2—Mg_m3	0.0 (5)	Si^ii—Ba_a—O3^iii	137.16 (4)
Fe_m3—Na_m2—Mg_m3^xix	115.60 (3)	Si^ii—Ba_a—O3^vi	77.83 (4)
Fe_m3^xix—Na_m2—Mg_m3	115.60 (3)	Si^ii—Ba_a—O4^iii	104.48 (4)
Fe_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	Si^ii—Ba_a—O4^iv	104.35 (5)
Mg_m3—Na_m2—Mg_m3^xix	115.60 (3)	Si^ii—Ba_a—K_a	0
Na_m2^xi—Ti_m3—Na_m2	115.60 (2)	Si^ii—Ba_a—K_a^i	102.864 (13)
Na_m2^xi—Ti_m3—Na_m2^xxix	64.40 (2)	Si^ii—Ba_a—K_a^ii	102.790 (14)
Na_m2^xi—Ti_m3—Na_m2^xviii	180.0 (5)	Si^ii—Ba_a—K_a^viii	47.677 (13)
Na_m2^xi—Ti_m3—O5^xxii	44.50 (6)	Si^ii—Ba_a—K_a^ix	47.788 (12)
Na_m2^xi—Ti_m3—O5^ii	86.63 (6)	Si^ii—Ba_a—Ca_a	0
Na_m2^xi—Ti_m3—O5^xxiii	135.50 (6)	Si^ii—Ba_a—Ba_a^i	102.864 (13)
Na_m2^xi—Ti_m3—O5^xxiv	93.37 (6)	Si^ii—Ba_a—Ba_a^ii	102.790 (14)
Na_m2^xi—Ti_m3—O_x	134.07 (6)	Si^ii—Ba_a—Ba_a^viii	47.677 (13)
Na_m2^xi—Ti_m3—O_x^xxv	45.93 (6)	Si^ii—Ba_a—Ba_a^ix	47.788 (12)
Na_m2^xi—Ti_m3—Fe_m3	0	Si^v—Ba_a—Si^vi	128.003 (18)
Na_m2^xi—Ti_m3—Mg_m3	0	Si^v—Ba_a—Si^vii	127.739 (19)
Na_m2—Ti_m3—Na_m2^xxix	180.0 (5)	Si^v—Ba_a—O1^iv	78.14 (4)
Na_m2—Ti_m3—Na_m2^xviii	64.40 (2)	Si^v—Ba_a—O1^vii	137.30 (4)
Na_m2—Ti_m3—O5^xxii	86.63 (6)	Si^v—Ba_a—O3^iii	77.83 (4)
Na_m2—Ti_m3—O5^ii	44.50 (6)	Si^v—Ba_a—O3^vi	137.16 (4)
Na_m2—Ti_m3—O5^xxiii	93.37 (6)	Si^v—Ba_a—O4^iii	104.48 (4)
Na_m2—Ti_m3—O5^xxiv	135.50 (6)	Si^v—Ba_a—O4^iv	104.35 (5)
Na_m2—Ti_m3—O_x	45.93 (6)	Si^v—Ba_a—K_a	0
Na_m2—Ti_m3—O_x^xxv	134.07 (6)	Si^v—Ba_a—K_a^i	47.677 (13)
Na_m2—Ti_m3—Fe_m3	0	Si^v—Ba_a—K_a^ii	47.788 (12)
Na_m2—Ti_m3—Mg_m3	0	Si^v—Ba_a—K_a^viii	102.864 (13)
Na_m2^xxix—Ti_m3—Na_m2^xviii	115.60 (2)	Si^v—Ba_a—K_a^ix	102.790 (14)
Na_m2^xxix—Ti_m3—O5^xxii	93.37 (6)	Si^v—Ba_a—Ca_a	0
Na_m2^xxix—Ti_m3—O5^ii	135.50 (6)	Si^v—Ba_a—Ba_a^i	47.677 (13)
Na_m2^xxix—Ti_m3—O5^xxiii	86.63 (6)	Si^v—Ba_a—Ba_a^ii	47.788 (12)
Na_m2^xxix—Ti_m3—O5^xxiv	44.50 (6)	Si^v—Ba_a—Ba_a^viii	102.864 (13)
Na_m2^xxix—Ti_m3—O_x	134.07 (6)	Si^v—Ba_a—Ba_a^ix	102.790 (14)
Na_m2^xxix—Ti_m3—O_x^xxv	45.93 (6)	Si^vi—Ba_a—Si^vii	102.965 (17)
Na_m2^xxix—Ti_m3—Fe_m3	0	Si^vi—Ba_a—O1^iv	127.11 (4)
Na_m2^xxix—Ti_m3—Mg_m3	0	Si^vi—Ba_a—O1^vii	83.56 (4)
Na_m2^xviii—Ti_m3—O5^xxii	135.50 (6)	Si^vi—Ba_a—O3^iii	80.28 (4)
Na_m2^xviii—Ti_m3—O5^ii	93.37 (6)	Si^vi—Ba_a—O3^vi	27.50 (4)
Na_m2^xviii—Ti_m3—O5^xxiii	44.50 (6)	Si^vi—Ba_a—O4^iii	28.60 (2)
Na_m2^xviii—Ti_m3—O5^xxiv	86.63 (6)	Si^vi—Ba_a—O4^iv	127.58 (5)
Na_m2^xviii—Ti_m3—O_x	45.93 (6)	Si^vi—Ba_a—K_a	0
Na_m2^xviii—Ti_m3—O_x^xxv	134.07 (6)	Si^vi—Ba_a—K_a^i	90.546 (13)
Na_m2^xviii—Ti_m3—Fe_m3	0	Si^vi—Ba_a—K_a^ii	156.477 (13)
Na_m2^xviii—Ti_m3—Mg_m3	0	Si^vi—Ba_a—K_a^viii	47.768 (12)
O5^xxii—Ti_m3—O5^ii	87.17 (7)	Si^vi—Ba_a—K_a^ix	103.726 (12)
O5^xxii—Ti_m3—O5^xxiii	180.0 (5)	Si^vi—Ba_a—Ca_a	0
O5^xxii—Ti_m3—O5^xxiv	92.83 (7)	Si^vi—Ba_a—Ba_a^i	90.546 (13)
O5^xxii—Ti_m3—O_x	89.59 (8)	Si^vi—Ba_a—Ba_a^ii	156.477 (13)
O5^xxii—Ti_m3—O_x^xxv	90.41 (8)	Si^vi—Ba_a—Ba_a^viii	47.768 (12)
O5^xxii—Ti_m3—Fe_m3	0	Si^vi—Ba_a—Ba_a^ix	103.726 (12)
O5^xxii—Ti_m3—Mg_m3	0	Si^vii—Ba_a—O1^iv	79.87 (4)
O5^ii—Ti_m3—O5^xxiii	92.83 (7)	Si^vii—Ba_a—O1^vii	27.37 (4)
O5^ii—Ti_m3—O5^xxiv	180.0 (5)	Si^vii—Ba_a—O3^iii	127.26 (4)
O5^ii—Ti_m3—O_x	90.41 (8)	Si^vii—Ba_a—O3^vi	83.72 (4)
O5^ii—Ti_m3—O_x^xxv	89.59 (8)	Si^vii—Ba_a—O4^iii	127.70 (4)
O5^ii—Ti_m3—Fe_m3	0	Si^vii—Ba_a—O4^iv	28.44 (2)
O5^ii—Ti_m3—Mg_m3	0	Si^vii—Ba_a—K_a	0
O5^xxiii—Ti_m3—O5^xxiv	87.17 (7)	Si^vii—Ba_a—K_a^i	156.179 (12)
O5^xxiii—Ti_m3—O_x	90.41 (8)	Si^vii—Ba_a—K_a^ii	90.116 (13)
O5^xxiii—Ti_m3—O_x^xxv	89.59 (8)	Si^vii—Ba_a—K_a^viii	103.668 (12)
O5^xxiii—Ti_m3—Fe_m3	0	Si^vii—Ba_a—K_a^ix	47.587 (12)
O5^xxiii—Ti_m3—Mg_m3	0	Si^vii—Ba_a—Ca_a	0
O5^xxiv—Ti_m3—O_x	89.59 (8)	Si^vii—Ba_a—Ba_a^i	156.179 (12)
O5^xxiv—Ti_m3—O_x^xxv	90.41 (8)	Si^vii—Ba_a—Ba_a^ii	90.116 (13)
O5^xxiv—Ti_m3—Fe_m3	0	Si^vii—Ba_a—Ba_a^viii	103.668 (12)
O5^xxiv—Ti_m3—Mg_m3	0	Si^vii—Ba_a—Ba_a^ix	47.587 (12)
O_x—Ti_m3—O_x^xxv	180.0 (5)	O1^iv—Ba_a—O1^vii	106.97 (5)
O_x—Ti_m3—Fe_m3	0	O1^iv—Ba_a—O3^iii	59.52 (5)
O_x—Ti_m3—Mg_m3	0	O1^iv—Ba_a—O3^vi	142.16 (6)
O_x^xxv—Ti_m3—Fe_m3	0	O1^iv—Ba_a—O4^iii	111.88 (5)
O_x^xxv—Ti_m3—Mg_m3	0	O1^iv—Ba_a—O4^iv	55.01 (4)
Fe_m3—Ti_m3—Mg_m3	0	O1^iv—Ba_a—K_a	0
Sr_a^xii—Si—Sr_a^xxvi	102.965 (19)	O1^iv—Ba_a—K_a^i	76.34 (4)
Sr_a^xii—Si—Sr_a^ix	84.625 (16)	O1^iv—Ba_a—K_a^ii	35.61 (4)
Sr_a^xii—Si—O1	51.12 (7)	O1^iv—Ba_a—K_a^viii	174.09 (4)
Sr_a^xii—Si—O3	131.55 (7)	O1^iv—Ba_a—K_a^ix	114.46 (4)
Sr_a^xii—Si—O4	54.73 (9)	O1^iv—Ba_a—Ca_a	0
Sr_a^xii—Si—O5	114.14 (8)	O1^iv—Ba_a—Ba_a^i	76.34 (4)
Sr_a^xii—Si—K_a^xii	0.0 (5)	O1^iv—Ba_a—Ba_a^ii	35.61 (4)
Sr_a^xii—Si—K_a^xxvi	102.965 (19)	O1^iv—Ba_a—Ba_a^viii	174.09 (4)
Sr_a^xii—Si—K_a^ix	84.625 (16)	O1^iv—Ba_a—Ba_a^ix	114.46 (4)
Sr_a^xii—Si—Ba_a^xii	0.0 (5)	O1^vii—Ba_a—O3^iii	142.16 (6)
Sr_a^xii—Si—Ba_a^xxvi	102.965 (19)	O1^vii—Ba_a—O3^vi	59.52 (5)
Sr_a^xii—Si—Ba_a^ix	84.625 (16)	O1^vii—Ba_a—O4^iii	111.88 (5)
Sr_a^xxvi—Si—Sr_a^ix	84.555 (17)	O1^vii—Ba_a—O4^iv	55.01 (4)
Sr_a^xxvi—Si—O1	131.93 (8)	O1^vii—Ba_a—K_a	0
Sr_a^xxvi—Si—O3	51.70 (7)	O1^vii—Ba_a—K_a^i	174.09 (4)
Sr_a^xxvi—Si—O4	54.72 (10)	O1^vii—Ba_a—K_a^ii	114.46 (4)
Sr_a^xxvi—Si—O5	114.80 (8)	O1^vii—Ba_a—K_a^viii	76.34 (4)
Sr_a^xxvi—Si—K_a^xii	102.965 (19)	O1^vii—Ba_a—K_a^ix	35.61 (4)
Sr_a^xxvi—Si—K_a^xxvi	0.0 (5)	O1^vii—Ba_a—Ca_a	0
Sr_a^xxvi—Si—K_a^ix	84.555 (17)	O1^vii—Ba_a—Ba_a^i	174.09 (4)
Sr_a^xxvi—Si—Ba_a^xii	102.965 (19)	O1^vii—Ba_a—Ba_a^ii	114.46 (4)
Sr_a^xxvi—Si—Ba_a^xxvi	0.0 (5)	O1^vii—Ba_a—Ba_a^viii	76.34 (4)
Sr_a^xxvi—Si—Ba_a^ix	84.555 (17)	O1^vii—Ba_a—Ba_a^ix	35.61 (4)
Sr_a^ix—Si—O1	56.80 (7)	O3^iii—Ba_a—O3^vi	107.57 (6)
Sr_a^ix—Si—O3	55.94 (7)	O3^iii—Ba_a—O4^iii	55.22 (4)
Sr_a^ix—Si—O4	103.27 (9)	O3^iii—Ba_a—O4^iv	111.91 (5)
Sr_a^ix—Si—O5	147.02 (7)	O3^iii—Ba_a—K_a	0
Sr_a^ix—Si—K_a^xii	84.625 (16)	O3^iii—Ba_a—K_a^i	35.36 (4)
Sr_a^ix—Si—K_a^xxvi	84.555 (17)	O3^iii—Ba_a—K_a^ii	76.25 (4)
Sr_a^ix—Si—K_a^ix	0.0 (5)	O3^iii—Ba_a—K_a^viii	114.84 (4)
Sr_a^ix—Si—Ba_a^xii	84.625 (16)	O3^iii—Ba_a—K_a^ix	173.83 (4)
Sr_a^ix—Si—Ba_a^xxvi	84.555 (17)	O3^iii—Ba_a—Ca_a	0
Sr_a^ix—Si—Ba_a^ix	0.0 (5)	O3^iii—Ba_a—Ba_a^i	35.36 (4)
O1—Si—O3	110.99 (10)	O3^iii—Ba_a—Ba_a^ii	76.25 (4)
O1—Si—O4	103.86 (11)	O3^iii—Ba_a—Ba_a^viii	114.84 (4)
O1—Si—O5	113.00 (11)	O3^iii—Ba_a—Ba_a^ix	173.83 (4)
O1—Si—K_a^xii	51.12 (7)	O3^vi—Ba_a—O4^iii	55.22 (4)
O1—Si—K_a^xxvi	131.93 (8)	O3^vi—Ba_a—O4^iv	111.91 (5)
O1—Si—K_a^ix	56.80 (7)	O3^vi—Ba_a—K_a	0
O1—Si—Ba_a^xii	51.12 (7)	O3^vi—Ba_a—K_a^i	114.84 (4)
O1—Si—Ba_a^xxvi	131.93 (8)	O3^vi—Ba_a—K_a^ii	173.83 (4)
O1—Si—Ba_a^ix	56.80 (7)	O3^vi—Ba_a—K_a^viii	35.36 (4)
O3—Si—O4	104.24 (12)	O3^vi—Ba_a—K_a^ix	76.25 (4)
O3—Si—O5	114.14 (10)	O3^vi—Ba_a—Ca_a	0
O3—Si—K_a^xii	131.55 (7)	O3^vi—Ba_a—Ba_a^i	114.84 (4)
O3—Si—K_a^xxvi	51.70 (7)	O3^vi—Ba_a—Ba_a^ii	173.83 (4)
O3—Si—K_a^ix	55.94 (7)	O3^vi—Ba_a—Ba_a^viii	35.36 (4)
O3—Si—Ba_a^xii	131.55 (7)	O3^vi—Ba_a—Ba_a^ix	76.25 (4)
O3—Si—Ba_a^xxvi	51.70 (7)	O4^iii—Ba_a—O4^iv	144.26 (8)
O3—Si—Ba_a^ix	55.94 (7)	O4^iii—Ba_a—K_a	0
O4—Si—O5	109.72 (11)	O4^iii—Ba_a—K_a^i	62.22 (3)
O4—Si—K_a^xii	54.73 (9)	O4^iii—Ba_a—K_a^ii	129.817 (7)
O4—Si—K_a^xxvi	54.72 (10)	O4^iii—Ba_a—K_a^viii	62.22 (3)
O4—Si—K_a^ix	103.27 (9)	O4^iii—Ba_a—K_a^ix	129.817 (7)
O4—Si—Ba_a^xii	54.73 (9)	O4^iii—Ba_a—Ca_a	0
O4—Si—Ba_a^xxvi	54.72 (10)	O4^iii—Ba_a—Ba_a^i	62.22 (3)
O4—Si—Ba_a^ix	103.27 (9)	O4^iii—Ba_a—Ba_a^ii	129.817 (7)
O5—Si—K_a^xii	114.14 (8)	O4^iii—Ba_a—Ba_a^viii	62.22 (3)
O5—Si—K_a^xxvi	114.80 (8)	O4^iii—Ba_a—Ba_a^ix	129.817 (7)
O5—Si—K_a^ix	147.02 (7)	O4^iv—Ba_a—K_a	0
O5—Si—Ba_a^xii	114.14 (8)	O4^iv—Ba_a—K_a^i	129.584 (7)
O5—Si—Ba_a^xxvi	114.80 (8)	O4^iv—Ba_a—K_a^ii	61.94 (3)
O5—Si—Ba_a^ix	147.02 (7)	O4^iv—Ba_a—K_a^viii	129.584 (7)
K_a^xii—Si—K_a^xxvi	102.965 (19)	O4^iv—Ba_a—K_a^ix	61.94 (3)
K_a^xii—Si—K_a^ix	84.625 (16)	O4^iv—Ba_a—Ca_a	0
K_a^xii—Si—Ba_a^xii	0.0 (5)	O4^iv—Ba_a—Ba_a^i	129.584 (7)
K_a^xii—Si—Ba_a^xxvi	102.965 (19)	O4^iv—Ba_a—Ba_a^ii	61.94 (3)
K_a^xii—Si—Ba_a^ix	84.625 (16)	O4^iv—Ba_a—Ba_a^viii	129.584 (7)
K_a^xxvi—Si—K_a^ix	84.555 (17)	O4^iv—Ba_a—Ba_a^ix	61.94 (3)
K_a^xxvi—Si—Ba_a^xii	102.965 (19)	K_a—Ba_a—K_a^i	0
K_a^xxvi—Si—Ba_a^xxvi	0.0 (5)	K_a—Ba_a—K_a^ii	0
K_a^xxvi—Si—Ba_a^ix	84.555 (17)	K_a—Ba_a—K_a^viii	0
K_a^ix—Si—Ba_a^xii	84.625 (16)	K_a—Ba_a—K_a^ix	0
K_a^ix—Si—Ba_a^xxvi	84.555 (17)	K_a—Ba_a—Ca_a	0
K_a^ix—Si—Ba_a^ix	0.0 (5)	K_a—Ba_a—Ba_a^i	0
Ba_a^xii—Si—Ba_a^xxvi	102.965 (19)	K_a—Ba_a—Ba_a^ii	0
Ba_a^xii—Si—Ba_a^ix	84.625 (16)	K_a—Ba_a—Ba_a^viii	0
Ba_a^xxvi—Si—Ba_a^ix	84.555 (17)	K_a—Ba_a—Ba_a^ix	0
Ti_l—O1—Si	139.87 (12)	K_a^i—Ba_a—K_a^ii	71.125 (5)
Ti_l—O1—K_a^xii	106.48 (8)	K_a^i—Ba_a—K_a^viii	99.944 (7)
Ti_l—O1—K_a^ix	100.85 (7)	K_a^i—Ba_a—K_a^ix	147.743 (9)
Ti_l—O1—Ba_a^xii	106.48 (8)	K_a^i—Ba_a—Ca_a	0
Si—O1—K_a^xii	101.51 (9)	K_a^i—Ba_a—Ba_a^i	0.0 (5)
Si—O1—K_a^ix	95.25 (9)	K_a^i—Ba_a—Ba_a^ii	71.125 (5)
Si—O1—Ba_a^xii	101.51 (9)	K_a^i—Ba_a—Ba_a^viii	99.944 (7)
K_a^xii—O1—K_a^ix	110.87 (6)	K_a^i—Ba_a—Ba_a^ix	147.743 (9)
K_a^xii—O1—Ba_a^xii	0.0 (5)	K_a^ii—Ba_a—K_a^viii	147.743 (9)
K_a^ix—O1—Ba_a^xii	110.87 (6)	K_a^ii—Ba_a—K_a^ix	99.536 (7)
Ti_l—O2—Na_m1	122.29 (15)	K_a^ii—Ba_a—Ca_a	0
Ti_l—O2—Na_m2^x	120.85 (9)	K_a^ii—Ba_a—Ba_a^i	71.125 (5)
Ti_l—O2—Na_m2^v	120.85 (9)	K_a^ii—Ba_a—Ba_a^ii	0.0 (5)
Na_m1—O2—Na_m2^x	90.52 (9)	K_a^ii—Ba_a—Ba_a^viii	147.743 (9)
Na_m1—O2—Na_m2^v	90.52 (9)	K_a^ii—Ba_a—Ba_a^ix	99.536 (7)
Na_m2^x—O2—Na_m2^v	104.49 (11)	K_a^viii—Ba_a—K_a^ix	71.125 (5)
Ti_l^xix—O3—Si	139.54 (12)	K_a^viii—Ba_a—Ca_a	0
Ti_l^xix—O3—K_a^xxvi	106.26 (8)	K_a^viii—Ba_a—Ba_a^i	99.944 (7)
Ti_l^xix—O3—K_a^ix	101.32 (7)	K_a^viii—Ba_a—Ba_a^ii	147.743 (9)
Ti_l^xix—O3—Ba_a^xxvi	106.26 (8)	K_a^viii—Ba_a—Ba_a^viii	0.0 (5)
Si—O3—K_a^xxvi	100.81 (8)	K_a^viii—Ba_a—Ba_a^ix	71.125 (5)
Si—O3—K_a^ix	96.25 (8)	K_a^ix—Ba_a—Ca_a	0
Si—O3—Ba_a^xxvi	100.81 (8)	K_a^ix—Ba_a—Ba_a^i	147.743 (9)
K_a^xxvi—O3—K_a^ix	111.01 (6)	K_a^ix—Ba_a—Ba_a^ii	99.536 (7)
K_a^xxvi—O3—Ba_a^xxvi	0.0 (5)	K_a^ix—Ba_a—Ba_a^viii	71.125 (5)
K_a^ix—O3—Ba_a^xxvi	111.01 (6)	K_a^ix—Ba_a—Ba_a^ix	0.0 (5)
Si—O4—Si^xxx	134.92 (17)	Ca_a—Ba_a—Ba_a^i	0
Si—O4—K_a^xii	96.82 (10)	Ca_a—Ba_a—Ba_a^ii	0
Si—O4—K_a^xxvi	96.69 (10)	Ca_a—Ba_a—Ba_a^viii	0
Si—O4—Ba_a^xii	96.82 (10)	Ca_a—Ba_a—Ba_a^ix	0
Si—O4—Ba_a^xxvi	96.69 (10)	Ba_a^i—Ba_a—Ba_a^ii	71.125 (5)
Si^xxx—O4—K_a^xii	96.82 (10)	Ba_a^i—Ba_a—Ba_a^viii	99.944 (7)
Si^xxx—O4—K_a^xxvi	96.69 (10)	Ba_a^i—Ba_a—Ba_a^ix	147.743 (9)
Si^xxx—O4—Ba_a^xii	96.82 (10)	Ba_a^ii—Ba_a—Ba_a^viii	147.743 (9)
Si^xxx—O4—Ba_a^xxvi	96.69 (10)	Ba_a^ii—Ba_a—Ba_a^ix	99.536 (7)
K_a^xii—O4—K_a^xxvi	144.26 (10)	Ba_a^viii—Ba_a—Ba_a^ix	71.125 (5)
K_a^xii—O4—Ba_a^xii	0.0 (5)	Na_m1^xx—Mn_m2—Na_m1^xxviii	111.19 (3)
K_a^xii—O4—Ba_a^xxvi	144.26 (10)	Na_m1^xx—Mn_m2—Na_m2	0
K_a^xxvi—O4—Ba_a^xii	144.26 (10)	Na_m1^xx—Mn_m2—Na_m2^xviii	124.407 (16)
K_a^xxvi—O4—Ba_a^xxvi	0.0 (5)	Na_m1^xx—Mn_m2—Fe_m2	0
Ba_a^xii—O4—Ba_a^xxvi	144.26 (10)	Na_m1^xxviii—Mn_m2—Na_m2	0
Na_m2^x—O5—Ti_m3^xxvii	96.88 (8)	Na_m1^xxviii—Mn_m2—Na_m2^xviii	124.407 (16)
Na_m2^x—O5—Si	120.46 (11)	Na_m1^xxviii—Mn_m2—Fe_m2	0
Na_m2^x—O5—Fe_m3^xxvii	96.88 (8)	Na_m2—Mn_m2—Na_m2^xviii	0
Na_m2^x—O5—Mg_m3^xxvii	96.88 (8)	Na_m2—Mn_m2—Fe_m2	0
Ti_m3^xxvii—O5—Si	127.12 (11)	Na_m2^xviii—Mn_m2—Fe_m2	0
Ti_m3^xxvii—O5—Fe_m3^xxvii	0.0 (5)	Na_m1^xx—Fe_m2—Na_m1^xxviii	111.19 (3)
Ti_m3^xxvii—O5—Mg_m3^xxvii	0.0 (5)	Na_m1^xx—Fe_m2—Na_m2	0
Si—O5—Fe_m3^xxvii	127.12 (11)	Na_m1^xx—Fe_m2—Mn_m2	0
Si—O5—Mg_m3^xxvii	127.12 (11)	Na_m1^xxviii—Fe_m2—Na_m2	0
Fe_m3^xxvii—O5—Mg_m3^xxvii	0.0 (5)	Na_m1^xxviii—Fe_m2—Mn_m2	0
Na_m2—O_x—Na_m2^xviii	94.84 (11)	Na_m2—Fe_m2—Mn_m2	0
Na_m2—O_x—Ti_m3	96.91 (10)	Na_m2^xi—Fe_m3—Na_m2	115.60 (2)
Na_m2—O_x—Fe_m3	96.91 (10)	Na_m2^xi—Fe_m3—Na_m2^xxix	64.40 (2)
Na_m2—O_x—Mg_m3	96.91 (10)	Na_m2^xi—Fe_m3—Na_m2^xviii	180.0 (5)
Na_m2^xviii—O_x—Ti_m3	96.91 (10)	Na_m2^xi—Fe_m3—Ti_m3	0
Na_m2^xviii—O_x—Fe_m3	96.91 (10)	Na_m2^xi—Fe_m3—O5^xxii	44.50 (6)
Na_m2^xviii—O_x—Mg_m3	96.91 (10)	Na_m2^xi—Fe_m3—O5^ii	86.63 (6)
Ti_m3—O_x—Fe_m3	0.0 (5)	Na_m2^xi—Fe_m3—O5^xxiii	135.50 (6)
Ti_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xi—Fe_m3—O5^xxiv	93.37 (6)
Fe_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xi—Fe_m3—O_x	134.07 (6)
Sr_a—K_a—Sr_a^i	0	Na_m2^xi—Fe_m3—O_x^xxv	45.93 (6)
Sr_a—K_a—Sr_a^ii	0	Na_m2^xi—Fe_m3—Mg_m3	0
Sr_a—K_a—Sr_a^viii	0	Na_m2—Fe_m3—Na_m2^xxix	180.0 (5)
Sr_a—K_a—Sr_a^ix	0	Na_m2—Fe_m3—Na_m2^xviii	64.40 (2)
Sr_a—K_a—Ti_l^iv	0	Na_m2—Fe_m3—Ti_m3	0
Sr_a—K_a—Ti_l	0	Na_m2—Fe_m3—O5^xxii	86.63 (6)
Sr_a—K_a—Ti_l^i	0	Na_m2—Fe_m3—O5^ii	44.50 (6)
Sr_a—K_a—Ti_l^ii	0	Na_m2—Fe_m3—O5^xxiii	93.37 (6)
Sr_a—K_a—Si^iii	0	Na_m2—Fe_m3—O5^xxiv	135.50 (6)
Sr_a—K_a—Si^iv	0	Na_m2—Fe_m3—O_x	45.93 (6)
Sr_a—K_a—Si^ii	0	Na_m2—Fe_m3—O_x^xxv	134.07 (6)
Sr_a—K_a—Si^v	0	Na_m2—Fe_m3—Mg_m3	0
Sr_a—K_a—Si^vi	0	Na_m2^xxix—Fe_m3—Na_m2^xviii	115.60 (2)
Sr_a—K_a—Si^vii	0	Na_m2^xxix—Fe_m3—Ti_m3	0
Sr_a—K_a—O1^iv	0	Na_m2^xxix—Fe_m3—O5^xxii	93.37 (6)
Sr_a—K_a—O1^ii	0	Na_m2^xxix—Fe_m3—O5^ii	135.50 (6)
Sr_a—K_a—O1^v	0	Na_m2^xxix—Fe_m3—O5^xxiii	86.63 (6)
Sr_a—K_a—O1^vii	0	Na_m2^xxix—Fe_m3—O5^xxiv	44.50 (6)
Sr_a—K_a—O3^iii	0	Na_m2^xxix—Fe_m3—O_x	134.07 (6)
Sr_a—K_a—O3^ii	0	Na_m2^xxix—Fe_m3—O_x^xxv	45.93 (6)
Sr_a—K_a—O3^v	0	Na_m2^xxix—Fe_m3—Mg_m3	0
Sr_a—K_a—O3^vi	0	Na_m2^xviii—Fe_m3—Ti_m3	0
Sr_a—K_a—O4^iii	0	Na_m2^xviii—Fe_m3—O5^xxii	135.50 (6)
Sr_a—K_a—O4^iv	0	Na_m2^xviii—Fe_m3—O5^ii	93.37 (6)
Sr_a—K_a—K_a^i	0	Na_m2^xviii—Fe_m3—O5^xxiii	44.50 (6)
Sr_a—K_a—K_a^ii	0	Na_m2^xviii—Fe_m3—O5^xxiv	86.63 (6)
Sr_a—K_a—K_a^viii	0	Na_m2^xviii—Fe_m3—O_x	45.93 (6)
Sr_a—K_a—K_a^ix	0	Na_m2^xviii—Fe_m3—O_x^xxv	134.07 (6)
Sr_a—K_a—Ca_a	0	Na_m2^xviii—Fe_m3—Mg_m3	0
Sr_a—K_a—Ba_a	0	Ti_m3—Fe_m3—O5^xxii	0
Sr_a—K_a—Ba_a^i	0	Ti_m3—Fe_m3—O5^ii	0
Sr_a—K_a—Ba_a^ii	0	Ti_m3—Fe_m3—O5^xxiii	0
Sr_a—K_a—Ba_a^viii	0	Ti_m3—Fe_m3—O5^xxiv	0
Sr_a—K_a—Ba_a^ix	0	Ti_m3—Fe_m3—O_x	0
Sr_a^i—K_a—Sr_a^ii	71.125 (5)	Ti_m3—Fe_m3—O_x^xxv	0
Sr_a^i—K_a—Sr_a^viii	99.944 (7)	Ti_m3—Fe_m3—Mg_m3	0
Sr_a^i—K_a—Sr_a^ix	147.743 (9)	O5^xxii—Fe_m3—O5^ii	87.17 (7)
Sr_a^i—K_a—Ti_l^iv	52.241 (9)	O5^xxii—Fe_m3—O5^xxiii	180.0 (5)
Sr_a^i—K_a—Ti_l	144.658 (12)	O5^xxii—Fe_m3—O5^xxiv	92.83 (7)
Sr_a^i—K_a—Ti_l^i	52.556 (5)	O5^xxii—Fe_m3—O_x	89.59 (8)
Sr_a^i—K_a—Ti_l^ii	102.578 (8)	O5^xxii—Fe_m3—O_x^xxv	90.41 (8)
Sr_a^i—K_a—Si^iii	47.768 (12)	O5^xxii—Fe_m3—Mg_m3	0
Sr_a^i—K_a—Si^iv	103.668 (12)	O5^ii—Fe_m3—O5^xxiii	92.83 (7)
Sr_a^i—K_a—Si^ii	102.864 (13)	O5^ii—Fe_m3—O5^xxiv	180.0 (5)
Sr_a^i—K_a—Si^v	47.677 (13)	O5^ii—Fe_m3—O_x	90.41 (8)
Sr_a^i—K_a—Si^vi	90.546 (13)	O5^ii—Fe_m3—O_x^xxv	89.59 (8)
Sr_a^i—K_a—Si^vii	156.179 (12)	O5^ii—Fe_m3—Mg_m3	0
Sr_a^i—K_a—O1^iv	76.34 (4)	O5^xxiii—Fe_m3—O5^xxiv	87.17 (7)
Sr_a^i—K_a—O1^ii	114.44 (4)	O5^xxiii—Fe_m3—O_x	90.41 (8)
Sr_a^i—K_a—O1^v	72.83 (4)	O5^xxiii—Fe_m3—O_x^xxv	89.59 (8)
Sr_a^i—K_a—O1^vii	174.09 (4)	O5^xxiii—Fe_m3—Mg_m3	0
Sr_a^i—K_a—O3^iii	35.36 (4)	O5^xxiv—Fe_m3—O_x	89.59 (8)
Sr_a^i—K_a—O3^ii	82.91 (4)	O5^xxiv—Fe_m3—O_x^xxv	90.41 (8)
Sr_a^i—K_a—O3^v	33.64 (4)	O5^xxiv—Fe_m3—Mg_m3	0
Sr_a^i—K_a—O3^vi	114.84 (4)	O_x—Fe_m3—O_x^xxv	180.0 (5)
Sr_a^i—K_a—O4^iii	62.22 (3)	O_x—Fe_m3—Mg_m3	0
Sr_a^i—K_a—O4^iv	129.584 (7)	O_x^xxv—Fe_m3—Mg_m3	0
Sr_a^i—K_a—K_a^i	0.0 (5)	Na_m1^xx—Mg_m3—Na_m1^xxxi	180.0 (5)
Sr_a^i—K_a—K_a^ii	71.125 (5)	Na_m1^xx—Mg_m3—Na_m2^xi	57.800 (17)
Sr_a^i—K_a—K_a^viii	99.944 (7)	Na_m1^xx—Mg_m3—Na_m2	57.800 (17)
Sr_a^i—K_a—K_a^ix	147.743 (9)	Na_m1^xx—Mg_m3—Na_m2^xxix	122.200 (17)
Sr_a^i—K_a—Ca_a	0	Na_m1^xx—Mg_m3—Na_m2^xviii	122.200 (17)
Sr_a^i—K_a—Ba_a	0	Na_m1^xx—Mg_m3—Ti_m3	0
Sr_a^i—K_a—Ba_a^i	0.0 (5)	Na_m1^xx—Mg_m3—O5^xxii	43.58 (5)
Sr_a^i—K_a—Ba_a^ii	71.125 (5)	Na_m1^xx—Mg_m3—O5^ii	43.58 (5)
Sr_a^i—K_a—Ba_a^viii	99.944 (7)	Na_m1^xx—Mg_m3—O5^xxiii	136.42 (5)
Sr_a^i—K_a—Ba_a^ix	147.743 (9)	Na_m1^xx—Mg_m3—O5^xxiv	136.42 (5)
Sr_a^ii—K_a—Sr_a^viii	147.743 (9)	Na_m1^xx—Mg_m3—O_x	90
Sr_a^ii—K_a—Sr_a^ix	99.536 (7)	Na_m1^xx—Mg_m3—O_x^xxv	90
Sr_a^ii—K_a—Ti_l^iv	52.201 (10)	Na_m1^xx—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—Ti_l	144.182 (12)	Na_m1^xxxi—Mg_m3—Na_m2^xi	122.200 (17)
Sr_a^ii—K_a—Ti_l^i	102.701 (9)	Na_m1^xxxi—Mg_m3—Na_m2	122.200 (17)
Sr_a^ii—K_a—Ti_l^ii	52.399 (5)	Na_m1^xxxi—Mg_m3—Na_m2^xxix	57.800 (17)
Sr_a^ii—K_a—Si^iii	103.726 (12)	Na_m1^xxxi—Mg_m3—Na_m2^xviii	57.800 (17)
Sr_a^ii—K_a—Si^iv	47.587 (12)	Na_m1^xxxi—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—Si^ii	102.790 (14)	Na_m1^xxxi—Mg_m3—O5^xxii	136.42 (5)
Sr_a^ii—K_a—Si^v	47.788 (12)	Na_m1^xxxi—Mg_m3—O5^ii	136.42 (5)
Sr_a^ii—K_a—Si^vi	156.477 (13)	Na_m1^xxxi—Mg_m3—O5^xxiii	43.58 (5)
Sr_a^ii—K_a—Si^vii	90.116 (13)	Na_m1^xxxi—Mg_m3—O5^xxiv	43.58 (5)
Sr_a^ii—K_a—O1^iv	35.61 (4)	Na_m1^xxxi—Mg_m3—O_x	90
Sr_a^ii—K_a—O1^ii	82.71 (4)	Na_m1^xxxi—Mg_m3—O_x^xxv	90
Sr_a^ii—K_a—O1^v	33.52 (4)	Na_m1^xxxi—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—O1^vii	114.46 (4)	Na_m2^xi—Mg_m3—Na_m2	115.60 (2)
Sr_a^ii—K_a—O3^iii	76.25 (4)	Na_m2^xi—Mg_m3—Na_m2^xxix	64.40 (2)
Sr_a^ii—K_a—O3^ii	114.37 (4)	Na_m2^xi—Mg_m3—Na_m2^xviii	180.0 (5)
Sr_a^ii—K_a—O3^v	72.88 (4)	Na_m2^xi—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—O3^vi	173.83 (4)	Na_m2^xi—Mg_m3—O5^xxii	44.50 (6)
Sr_a^ii—K_a—O4^iii	129.817 (7)	Na_m2^xi—Mg_m3—O5^ii	86.63 (6)
Sr_a^ii—K_a—O4^iv	61.94 (3)	Na_m2^xi—Mg_m3—O5^xxiii	135.50 (6)
Sr_a^ii—K_a—K_a^i	71.125 (5)	Na_m2^xi—Mg_m3—O5^xxiv	93.37 (6)
Sr_a^ii—K_a—K_a^ii	0.0 (5)	Na_m2^xi—Mg_m3—O_x	134.07 (6)
Sr_a^ii—K_a—K_a^viii	147.743 (9)	Na_m2^xi—Mg_m3—O_x^xxv	45.93 (6)
Sr_a^ii—K_a—K_a^ix	99.536 (7)	Na_m2^xi—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—Ca_a	0	Na_m2—Mg_m3—Na_m2^xxix	180.0 (5)
Sr_a^ii—K_a—Ba_a	0	Na_m2—Mg_m3—Na_m2^xviii	64.40 (2)
Sr_a^ii—K_a—Ba_a^i	71.125 (5)	Na_m2—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—Ba_a^ii	0.0 (5)	Na_m2—Mg_m3—O5^xxii	86.63 (6)
Sr_a^ii—K_a—Ba_a^viii	147.743 (9)	Na_m2—Mg_m3—O5^ii	44.50 (6)
Sr_a^ii—K_a—Ba_a^ix	99.536 (7)	Na_m2—Mg_m3—O5^xxiii	93.37 (6)
Sr_a^viii—K_a—Sr_a^ix	71.125 (5)	Na_m2—Mg_m3—O5^xxiv	135.50 (6)
Sr_a^viii—K_a—Ti_l^iv	144.658 (12)	Na_m2—Mg_m3—O_x	45.93 (6)
Sr_a^viii—K_a—Ti_l	52.241 (9)	Na_m2—Mg_m3—O_x^xxv	134.07 (6)
Sr_a^viii—K_a—Ti_l^i	52.556 (5)	Na_m2—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ti_l^ii	102.578 (8)	Na_m2^xxix—Mg_m3—Na_m2^xviii	115.60 (2)
Sr_a^viii—K_a—Si^iii	90.546 (13)	Na_m2^xxix—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—Si^iv	156.179 (12)	Na_m2^xxix—Mg_m3—O5^xxii	93.37 (6)
Sr_a^viii—K_a—Si^ii	47.677 (13)	Na_m2^xxix—Mg_m3—O5^ii	135.50 (6)
Sr_a^viii—K_a—Si^v	102.864 (13)	Na_m2^xxix—Mg_m3—O5^xxiii	86.63 (6)
Sr_a^viii—K_a—Si^vi	47.768 (12)	Na_m2^xxix—Mg_m3—O5^xxiv	44.50 (6)
Sr_a^viii—K_a—Si^vii	103.668 (12)	Na_m2^xxix—Mg_m3—O_x	134.07 (6)
Sr_a^viii—K_a—O1^iv	174.09 (4)	Na_m2^xxix—Mg_m3—O_x^xxv	45.93 (6)
Sr_a^viii—K_a—O1^ii	72.83 (4)	Na_m2^xxix—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—O1^v	114.44 (4)	Na_m2^xviii—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—O1^vii	76.34 (4)	Na_m2^xviii—Mg_m3—O5^xxii	135.50 (6)
Sr_a^viii—K_a—O3^iii	114.84 (4)	Na_m2^xviii—Mg_m3—O5^ii	93.37 (6)
Sr_a^viii—K_a—O3^ii	33.64 (4)	Na_m2^xviii—Mg_m3—O5^xxiii	44.50 (6)
Sr_a^viii—K_a—O3^v	82.91 (4)	Na_m2^xviii—Mg_m3—O5^xxiv	86.63 (6)
Sr_a^viii—K_a—O3^vi	35.36 (4)	Na_m2^xviii—Mg_m3—O_x	45.93 (6)
Sr_a^viii—K_a—O4^iii	62.22 (3)	Na_m2^xviii—Mg_m3—O_x^xxv	134.07 (6)
Sr_a^viii—K_a—O4^iv	129.584 (7)	Na_m2^xviii—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—K_a^i	99.944 (7)	Ti_m3—Mg_m3—O5^xxii	0
Sr_a^viii—K_a—K_a^ii	147.743 (9)	Ti_m3—Mg_m3—O5^ii	0
Sr_a^viii—K_a—K_a^viii	0.0 (5)	Ti_m3—Mg_m3—O5^xxiii	0
Sr_a^viii—K_a—K_a^ix	71.125 (5)	Ti_m3—Mg_m3—O5^xxiv	0
Sr_a^viii—K_a—Ca_a	0	Ti_m3—Mg_m3—O_x	0
Sr_a^viii—K_a—Ba_a	0	Ti_m3—Mg_m3—O_x^xxv	0
Sr_a^viii—K_a—Ba_a^i	99.944 (7)	Ti_m3—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ba_a^ii	147.743 (9)	O5^xxii—Mg_m3—O5^ii	87.17 (7)
Sr_a^viii—K_a—Ba_a^viii	0.0 (5)	O5^xxii—Mg_m3—O5^xxiii	180.0 (5)
Sr_a^viii—K_a—Ba_a^ix	71.125 (5)	O5^xxii—Mg_m3—O5^xxiv	92.83 (7)
Sr_a^ix—K_a—Ti_l^iv	144.182 (12)	O5^xxii—Mg_m3—O_x	89.59 (8)
Sr_a^ix—K_a—Ti_l	52.201 (10)	O5^xxii—Mg_m3—O_x^xxv	90.41 (8)
Sr_a^ix—K_a—Ti_l^i	102.701 (9)	O5^xxii—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Ti_l^ii	52.399 (5)	O5^ii—Mg_m3—O5^xxiii	92.83 (7)
Sr_a^ix—K_a—Si^iii	156.477 (13)	O5^ii—Mg_m3—O5^xxiv	180.0 (5)
Sr_a^ix—K_a—Si^iv	90.116 (13)	O5^ii—Mg_m3—O_x	90.41 (8)
Sr_a^ix—K_a—Si^ii	47.788 (12)	O5^ii—Mg_m3—O_x^xxv	89.59 (8)
Sr_a^ix—K_a—Si^v	102.790 (14)	O5^ii—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Si^vi	103.726 (12)	O5^xxiii—Mg_m3—O5^xxiv	87.17 (7)
Sr_a^ix—K_a—Si^vii	47.587 (12)	O5^xxiii—Mg_m3—O_x	90.41 (8)
Sr_a^ix—K_a—O1^iv	114.46 (4)	O5^xxiii—Mg_m3—O_x^xxv	89.59 (8)
Sr_a^ix—K_a—O1^ii	33.52 (4)	O5^xxiii—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—O1^v	82.71 (4)	O5^xxiv—Mg_m3—O_x	89.59 (8)
Sr_a^ix—K_a—O1^vii	35.61 (4)	O5^xxiv—Mg_m3—O_x^xxv	90.41 (8)
Sr_a^ix—K_a—O3^iii	173.83 (4)	O5^xxiv—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—O3^ii	72.88 (4)	O_x—Mg_m3—O_x^xxv	180.0 (5)
Sr_a^ix—K_a—O3^v	114.37 (4)	O_x—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—O3^vi	76.25 (4)	O_x^xxv—Mg_m3—Fe_m3	0

Symmetry codes: (i) −x+1/2, y−1/2, −z; (ii) −x+1/2, y−1/2, −z+1; (iii) x, y−1, z−1; (iv) x, y−1, z; (v) −x+1/2, −y+1/2, −z+1; (vi) x, −y+1, z−1; (vii) x, −y+1, z; (viii) −x+1/2, y+1/2, −z; (ix) −x+1/2, y+1/2, −z+1; (x) x+1/2, y+1/2, z; (xi) x, y, z−1; (xii) x, y+1, z; (xiii) x+1/2, y+1/2, z−1; (xiv) −x+1/2, −y+1/2, −z; (xv) −x+1, y, −z; (xvi) x+1/2, y−1/2, z; (xvii) −x, −y, −z+1; (xviii) −x, −y+1, −z+1; (xix) x, y, z+1; (xx) x−1/2, y−1/2, z; (xxi) −x, y, −z+1; (xxii) x−1/2, y−1/2, z−1; (xxiii) −x+1/2, −y+3/2, −z+1; (xxiv) x−1/2, −y+3/2, z−1; (xxv) −x, y, −z; (xxvi) x, y+1, z+1; (xxvii) x+1/2, y+1/2, z+1; (xxviii) x−1/2, y−1/2, z+1; (xxix) −x, −y+1, −z; (xxx) x, −y+2, z; (xxxi) x−1/2, y+1/2, z.

(Cha-175)

Crystal data

Ba0Ca0.15Fe0.13K0.09Mg0.05Mn0.35Na2.8O18Si4Sr1.5Ti2.82	Z = 2
Mr = 768.4	F(000) = 735
Monoclinic, C2/m	Dx = 3.502 Mg m^−3
Hall symbol: -C 2y	Mo Kα radiation, λ = 0.71075 Å
a = 19.2231 (5) Å	Cell parameters from 3550 reflections
b = 7.0832 (2) Å	θ = 3.8–32.1°
c = 5.3907 (1) Å	µ = 7.96 mm^−1
β = 96.859 (2)°	T = 293 K
V = 728.75 (3) Å^3	Grain

Data collection

Xcalibur, EosS2 with high theta cut diffractometer	Rint = 0.032
Radiation source: X-ray tube	θmax = 32.1°, θmin = 3.8°
10550 measured reflections	h = −28→28
1376 independent reflections	k = −8→10
1320 reflections with I > 2σ(I)	l = −7→8

Refinement

Refinement on F	36 constraints
R[F^2 > 2σ(F^2)] = 0.027	Weighting scheme based on measured s.u.'s w = 1/(σ^2(F) + 0.0004F^2)
wR(F^2) = 0.040	(Δ/σ)max = 0.039
S = 1.46	Δρmax = 0.77 e Å^−3
1376 reflections	Δρmin = −1.91 e Å^−3
82 parameters	Extinction correction: B-C type 1 Gaussian isotropic (Becker & Coppens, 1974)
0 restraints	Extinction coefficient: 280 (130)

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Ų)

	x	y	z	Uiso*/Ueq	Occ. (<1)
Sr_a	0.284871 (17)	0	0.26231 (6)	0.01008 (10)	0.75
Ti_l	0.34900 (2)	0.5	0.29200 (8)	0.00601 (13)
Na_m1	0.5	0.5	0	0.0167 (5)
Na_m2	0	0.25975 (13)	0.5	0.0113 (2)	0.75
Ti_m3	0	0.5	0	0.0267 (3)	0.82
Si	0.35625 (3)	0.78444 (8)	0.79566 (9)	0.00586 (14)
O1	0.32473 (8)	0.6896 (2)	0.5327 (3)	0.0117 (4)
O2	0.43680 (12)	0.5	0.3291 (4)	0.0144 (6)
O3	0.32372 (8)	0.6877 (2)	1.0273 (3)	0.0108 (4)
O4	0.32213 (11)	1	0.7802 (4)	0.0088 (5)
O5	0.44034 (8)	0.7960 (2)	0.8291 (3)	0.0102 (4)
O_x	−0.06001 (12)	0.5	0.2699 (4)	0.0151 (6)
K_a	0.284871 (17)	0	0.26231 (6)	0.01008 (10)	0.045
Na_a	0.284871 (17)	0	0.26231 (6)	0.01008 (10)	0.15
Mn_m2	0	0.25975 (13)	0.5	0.0113 (2)	0.175
Ca_m2	0	0.25975 (13)	0.5	0.0113 (2)	0.075
Fe_m3	0	0.5	0	0.0267 (3)	0.13
Mg_m3	0	0.5	0	0.0267 (3)	0.05

Atomic displacement parameters (Ų)

	U^11	U^22	U^33	U^12	U^13	U^23
Sr_a	0.01340 (18)	0.00967 (18)	0.00722 (16)	0	0.00144 (11)	0
Ti_l	0.0066 (2)	0.0075 (2)	0.0039 (2)	0	0.00080 (15)	0
Na_m1	0.0170 (9)	0.0192 (10)	0.0150 (8)	0	0.0067 (7)	0
Na_m2	0.0146 (4)	0.0115 (4)	0.0087 (4)	0	0.0048 (3)	0
Ti_m3	0.0287 (5)	0.0070 (4)	0.0372 (5)	0	−0.0259 (4)	0
Si	0.0068 (2)	0.0058 (3)	0.0050 (2)	0.00009 (17)	0.00079 (17)	−0.00027 (16)
O1	0.0133 (6)	0.0125 (7)	0.0087 (6)	0.0019 (5)	−0.0005 (5)	−0.0045 (5)
O2	0.0084 (9)	0.0253 (12)	0.0099 (9)	0	0.0023 (7)	0
O3	0.0117 (6)	0.0120 (7)	0.0091 (6)	0.0005 (5)	0.0023 (5)	0.0043 (5)
O4	0.0086 (8)	0.0065 (9)	0.0115 (8)	0	0.0012 (7)	0
O5	0.0070 (6)	0.0118 (7)	0.0116 (6)	−0.0005 (5)	0.0008 (5)	−0.0005 (5)
O_x	0.0170 (10)	0.0168 (11)	0.0124 (9)	0	0.0055 (8)	0
K_a	0.01340 (18)	0.00967 (18)	0.00722 (16)	0	0.00144 (11)	0
Na_a	0.01340 (18)	0.00967 (18)	0.00722 (16)	0	0.00144 (11)	0
Mn_m2	0.0146 (4)	0.0115 (4)	0.0087 (4)	0	0.0048 (3)	0
Ca_m2	0.0146 (4)	0.0115 (4)	0.0087 (4)	0	0.0048 (3)	0
Fe_m3	0.0287 (5)	0.0070 (4)	0.0372 (5)	0	−0.0259 (4)	0
Mg_m3	0.0287 (5)	0.0070 (4)	0.0372 (5)	0	−0.0259 (4)	0

Geometric parameters (Å, º)

Sr_a—Ti_l^i	3.7471 (3)	Na_m2—Mn_m2^xviii	3.4034 (13)
Sr_a—Ti_l	3.7471 (3)	Na_m2—Ca_m2	0
Sr_a—Ti_l^ii	3.7033 (5)	Na_m2—Ca_m2^xvii	3.6798 (13)
Sr_a—Ti_l^iii	3.7244 (6)	Na_m2—Ca_m2^xviii	3.4034 (13)
Sr_a—Si^iv	3.3715 (6)	Na_m2—Fe_m3	3.1876 (5)
Sr_a—Si^i	3.3968 (6)	Na_m2—Fe_m3^xix	3.1876 (5)
Sr_a—Si^iii	3.3636 (6)	Na_m2—Mg_m3	3.1876 (5)
Sr_a—Si^v	3.3636 (6)	Na_m2—Mg_m3^xix	3.1876 (5)
Sr_a—Si^vi	3.3715 (6)	Ti_m3—O5^xxii	1.9998 (15)
Sr_a—Si^vii	3.3968 (6)	Ti_m3—O5^iii	1.9998 (15)
Sr_a—K_a	0	Ti_m3—O5^xxiii	1.9998 (15)
Sr_a—K_a^ii	4.6296 (3)	Ti_m3—O5^xxiv	1.9998 (15)
Sr_a—K_a^iii	4.6613 (3)	Ti_m3—O_x	1.962 (2)
Sr_a—K_a^viii	4.6296 (3)	Ti_m3—O_x^xxv	1.962 (2)
Sr_a—K_a^ix	4.6613 (3)	Ti_m3—Ca_m2^xi	3.1876 (5)
Sr_a—Na_a	0	Ti_m3—Ca_m2	3.1876 (5)
Ti_l—Na_m1	3.4634 (5)	Ti_m3—Ca_m2^xxvi	3.1876 (5)
Ti_l—Na_m2^x	3.5058 (6)	Ti_m3—Ca_m2^xviii	3.1876 (5)
Ti_l—Na_m2^v	3.5058 (6)	Ti_m3—Fe_m3	0
Ti_l—O1	1.9620 (16)	Ti_m3—Mg_m3	0
Ti_l—O1^vii	1.9620 (16)	Si—O1	1.6194 (15)
Ti_l—O2	1.676 (2)	Si—O3	1.6144 (16)
Ti_l—O3^xi	1.9685 (15)	Si—O4	1.6600 (10)
Ti_l—O3^vi	1.9685 (15)	Si—O5	1.6071 (16)
Ti_l—K_a	3.7471 (3)	Si—K_a^xii	3.3968 (6)
Ti_l—K_a^xii	3.7471 (3)	Si—K_a^xxvii	3.3715 (6)
Ti_l—K_a^viii	3.7033 (5)	Si—K_a^ix	3.3636 (6)
Ti_l—K_a^ix	3.7244 (6)	O1—K_a^xii	2.6981 (15)
Ti_l—Ca_m2^x	3.5058 (6)	O1—K_a^ix	2.8319 (16)
Ti_l—Ca_m2^v	3.5058 (6)	O2—Ca_m2^x	2.3330 (15)
Na_m1—Na_m2^xiii	3.2635 (5)	O2—Ca_m2^v	2.3330 (15)
Na_m1—Na_m2^x	3.2635 (5)	O3—K_a^xxvii	2.6981 (15)
Na_m1—Na_m2^xiv	3.2635 (5)	O3—K_a^ix	2.7901 (14)
Na_m1—Na_m2^v	3.2635 (5)	O4—K_a^xii	2.798 (2)
Na_m1—Ti_m3^xv	3.5416 (2)	O4—K_a^xxvii	2.777 (2)
Na_m1—Ti_m3^x	3.5416 (2)	O5—Ca_m2^x	2.2391 (16)
Na_m1—O2	2.267 (2)	O5—Fe_m3^xxviii	1.9998 (15)
Na_m1—O2^xvi	2.267 (2)	O5—Mg_m3^xxviii	1.9998 (15)
Na_m1—Mn_m2^xiii	3.2635 (5)	O_x—Ca_m2	2.3288 (16)
Na_m1—Mn_m2^x	3.2635 (5)	O_x—Ca_m2^xviii	2.3288 (16)
Na_m1—Mn_m2^xiv	3.2635 (5)	O_x—Fe_m3	1.962 (2)
Na_m1—Mn_m2^v	3.2635 (5)	O_x—Mg_m3	1.962 (2)
Na_m1—Ca_m2^xiii	3.2635 (5)	K_a—K_a^ii	4.6296 (3)
Na_m1—Ca_m2^x	3.2635 (5)	K_a—K_a^iii	4.6613 (3)
Na_m1—Ca_m2^xiv	3.2635 (5)	K_a—K_a^viii	4.6296 (3)
Na_m1—Ca_m2^v	3.2635 (5)	K_a—K_a^ix	4.6613 (3)
Na_m1—Mg_m3^xv	3.5416 (2)	K_a—Na_a	0
Na_m1—Mg_m3^x	3.5416 (2)	K_a—Ca_m2^xv	4.5137 (5)
Na_m2—Na_m2^xvii	3.6798 (13)	K_a—Ca_m2^v	4.5137 (5)
Na_m2—Na_m2^xviii	3.4034 (13)	Mn_m2—Ca_m2	0
Na_m2—Ti_m3	3.1876 (5)	Mn_m2—Ca_m2^xviii	3.4034 (13)
Na_m2—Ti_m3^xix	3.1876 (5)	Ca_m2—Ca_m2^xvii	3.6798 (13)
Na_m2—O2^xx	2.3330 (15)	Ca_m2—Ca_m2^xviii	3.4034 (13)
Na_m2—O2^iii	2.3330 (15)	Ca_m2—Fe_m3	3.1876 (5)
Na_m2—O5^xx	2.2391 (16)	Ca_m2—Fe_m3^xix	3.1876 (5)
Na_m2—O5^iii	2.2391 (16)	Ca_m2—Mg_m3	3.1876 (5)
Na_m2—O_x	2.3288 (16)	Ca_m2—Mg_m3^xix	3.1876 (5)
Na_m2—O_x^xxi	2.3288 (16)	Fe_m3—Mg_m3	0
Na_m2—Mn_m2	0
Ti_l^i—Sr_a—Ti_l	141.871 (13)	Sr_a^ii—K_a—O3^vi	114.61 (3)
Ti_l^i—Sr_a—Ti_l^ii	103.168 (8)	Sr_a^ii—K_a—O4^iv	61.09 (2)
Ti_l^i—Sr_a—Ti_l^iii	102.801 (9)	Sr_a^ii—K_a—O4^i	129.082 (9)
Ti_l^i—Sr_a—Si^iv	56.131 (12)	Sr_a^ii—K_a—K_a^ii	0.0 (5)
Ti_l^i—Sr_a—Si^i	56.043 (11)	Sr_a^ii—K_a—K_a^iii	70.930 (5)
Ti_l^i—Sr_a—Si^iii	145.859 (14)	Sr_a^ii—K_a—K_a^viii	99.814 (7)
Ti_l^i—Sr_a—Si^v	72.266 (11)	Sr_a^ii—K_a—K_a^ix	146.694 (10)
Ti_l^i—Sr_a—Si^vi	107.384 (14)	Sr_a^ii—K_a—Na_a	0
Ti_l^i—Sr_a—Si^vii	106.926 (13)	Sr_a^ii—K_a—Ca_m2^xv	94.224 (11)
Ti_l^i—Sr_a—K_a	0	Sr_a^ii—K_a—Ca_m2^v	130.577 (11)
Ti_l^i—Sr_a—K_a^ii	51.159 (7)	Sr_a^iii—K_a—Sr_a^viii	146.694 (10)
Ti_l^i—Sr_a—K_a^iii	51.183 (8)	Sr_a^iii—K_a—Sr_a^ix	98.891 (8)
Ti_l^i—Sr_a—K_a^viii	144.976 (11)	Sr_a^iii—K_a—Ti_l^i	51.183 (8)
Ti_l^i—Sr_a—K_a^ix	144.036 (11)	Sr_a^iii—K_a—Ti_l	144.036 (11)
Ti_l^i—Sr_a—Na_a	0	Sr_a^iii—K_a—Ti_l^ii	103.051 (8)
Ti_l—Sr_a—Ti_l^ii	103.168 (8)	Sr_a^iii—K_a—Ti_l^iii	51.619 (5)
Ti_l—Sr_a—Ti_l^iii	102.801 (9)	Sr_a^iii—K_a—Si^iv	103.622 (10)
Ti_l—Sr_a—Si^iv	107.384 (14)	Sr_a^iii—K_a—Si^i	46.114 (10)
Ti_l—Sr_a—Si^i	106.926 (13)	Sr_a^iii—K_a—Si^iii	102.970 (13)
Ti_l—Sr_a—Si^iii	72.266 (11)	Sr_a^iii—K_a—Si^v	46.705 (10)
Ti_l—Sr_a—Si^v	145.859 (14)	Sr_a^iii—K_a—Si^vi	157.473 (11)
Ti_l—Sr_a—Si^vi	56.131 (12)	Sr_a^iii—K_a—Si^vii	89.417 (11)
Ti_l—Sr_a—Si^vii	56.043 (11)	Sr_a^iii—K_a—O1^i	33.45 (3)
Ti_l—Sr_a—K_a	0	Sr_a^iii—K_a—O1^iii	82.50 (3)
Ti_l—Sr_a—K_a^ii	144.976 (11)	Sr_a^iii—K_a—O1^v	31.68 (3)
Ti_l—Sr_a—K_a^iii	144.036 (11)	Sr_a^iii—K_a—O1^vii	113.82 (3)
Ti_l—Sr_a—K_a^viii	51.159 (7)	Sr_a^iii—K_a—O3^iv	75.47 (3)
Ti_l—Sr_a—K_a^ix	51.183 (8)	Sr_a^iii—K_a—O3^iii	115.13 (3)
Ti_l—Sr_a—Na_a	0	Sr_a^iii—K_a—O3^v	72.57 (3)
Ti_l^ii—Sr_a—Ti_l^iii	93.063 (12)	Sr_a^iii—K_a—O3^vi	174.17 (3)
Ti_l^ii—Sr_a—Si^iv	72.750 (12)	Sr_a^iii—K_a—O4^iv	129.625 (8)
Ti_l^ii—Sr_a—Si^i	148.704 (11)	Sr_a^iii—K_a—O4^i	60.50 (2)
Ti_l^ii—Sr_a—Si^iii	56.635 (11)	Sr_a^iii—K_a—K_a^ii	70.930 (5)
Ti_l^ii—Sr_a—Si^v	56.635 (11)	Sr_a^iii—K_a—K_a^iii	0.0 (5)
Ti_l^ii—Sr_a—Si^vi	72.750 (12)	Sr_a^iii—K_a—K_a^viii	146.694 (10)
Ti_l^ii—Sr_a—Si^vii	148.704 (11)	Sr_a^iii—K_a—K_a^ix	98.891 (8)
Ti_l^ii—Sr_a—K_a	0	Sr_a^iii—K_a—Na_a	0
Ti_l^ii—Sr_a—K_a^ii	52.009 (5)	Sr_a^iii—K_a—Ca_m2^xv	82.612 (10)
Ti_l^ii—Sr_a—K_a^iii	103.051 (8)	Sr_a^iii—K_a—Ca_m2^v	116.379 (10)
Ti_l^ii—Sr_a—K_a^viii	52.009 (5)	Sr_a^viii—K_a—Sr_a^ix	70.930 (5)
Ti_l^ii—Sr_a—K_a^ix	103.051 (8)	Sr_a^viii—K_a—Ti_l^i	144.976 (11)
Ti_l^ii—Sr_a—Na_a	0	Sr_a^viii—K_a—Ti_l	51.159 (7)
Ti_l^iii—Sr_a—Si^iv	148.810 (11)	Sr_a^viii—K_a—Ti_l^ii	52.009 (5)
Ti_l^iii—Sr_a—Si^i	72.204 (12)	Sr_a^viii—K_a—Ti_l^iii	102.831 (8)
Ti_l^iii—Sr_a—Si^iii	56.510 (11)	Sr_a^viii—K_a—Si^iv	90.265 (11)
Ti_l^iii—Sr_a—Si^v	56.510 (11)	Sr_a^viii—K_a—Si^i	156.805 (11)
Ti_l^iii—Sr_a—Si^vi	148.810 (11)	Sr_a^viii—K_a—Si^iii	46.648 (10)
Ti_l^iii—Sr_a—Si^vii	72.204 (12)	Sr_a^viii—K_a—Si^v	103.295 (12)
Ti_l^iii—Sr_a—K_a	0	Sr_a^viii—K_a—Si^vi	46.506 (10)
Ti_l^iii—Sr_a—K_a^ii	102.831 (8)	Sr_a^viii—K_a—Si^vii	103.381 (10)
Ti_l^iii—Sr_a—K_a^iii	51.619 (5)	Sr_a^viii—K_a—O1^i	175.06 (3)
Ti_l^iii—Sr_a—K_a^viii	102.831 (8)	Sr_a^viii—K_a—O1^iii	72.60 (3)
Ti_l^iii—Sr_a—K_a^ix	51.619 (5)	Sr_a^viii—K_a—O1^v	115.24 (3)
Ti_l^iii—Sr_a—Na_a	0	Sr_a^viii—K_a—O1^vii	75.49 (3)
Si^iv—Sr_a—Si^i	105.588 (14)	Sr_a^viii—K_a—O3^iv	114.61 (3)
Si^iv—Sr_a—Si^iii	126.694 (15)	Sr_a^viii—K_a—O3^iii	31.88 (3)
Si^iv—Sr_a—Si^v	93.153 (14)	Sr_a^viii—K_a—O3^v	83.11 (3)
Si^iv—Sr_a—Si^vi	53.857 (14)	Sr_a^viii—K_a—O3^vi	33.10 (3)
Si^iv—Sr_a—Si^vii	132.521 (16)	Sr_a^viii—K_a—O4^iv	61.09 (2)
Si^iv—Sr_a—K_a	0	Sr_a^viii—K_a—O4^i	129.082 (9)
Si^iv—Sr_a—K_a^ii	46.506 (10)	Sr_a^viii—K_a—K_a^ii	99.814 (7)
Si^iv—Sr_a—K_a^iii	103.622 (10)	Sr_a^viii—K_a—K_a^iii	146.694 (10)
Si^iv—Sr_a—K_a^viii	90.265 (11)	Sr_a^viii—K_a—K_a^viii	0.0 (5)
Si^iv—Sr_a—K_a^ix	157.473 (11)	Sr_a^viii—K_a—K_a^ix	70.930 (5)
Si^iv—Sr_a—Na_a	0	Sr_a^viii—K_a—Na_a	0
Si^i—Sr_a—Si^iii	125.992 (16)	Sr_a^viii—K_a—Ca_m2^xv	130.577 (11)
Si^i—Sr_a—Si^v	92.819 (13)	Sr_a^viii—K_a—Ca_m2^v	94.224 (11)
Si^i—Sr_a—Si^vi	132.521 (16)	Sr_a^ix—K_a—Ti_l^i	144.036 (11)
Si^i—Sr_a—Si^vii	53.424 (14)	Sr_a^ix—K_a—Ti_l	51.183 (8)
Si^i—Sr_a—K_a	0	Sr_a^ix—K_a—Ti_l^ii	103.051 (8)
Si^i—Sr_a—K_a^ii	103.381 (10)	Sr_a^ix—K_a—Ti_l^iii	51.619 (5)
Si^i—Sr_a—K_a^iii	46.114 (10)	Sr_a^ix—K_a—Si^iv	157.473 (11)
Si^i—Sr_a—K_a^viii	156.805 (11)	Sr_a^ix—K_a—Si^i	89.417 (11)
Si^i—Sr_a—K_a^ix	89.417 (11)	Sr_a^ix—K_a—Si^iii	46.705 (10)
Si^i—Sr_a—Na_a	0	Sr_a^ix—K_a—Si^v	102.970 (13)
Si^iii—Sr_a—Si^v	73.595 (15)	Sr_a^ix—K_a—Si^vi	103.622 (10)
Si^iii—Sr_a—Si^vi	93.153 (14)	Sr_a^ix—K_a—Si^vii	46.114 (10)
Si^iii—Sr_a—Si^vii	92.819 (13)	Sr_a^ix—K_a—O1^i	113.82 (3)
Si^iii—Sr_a—K_a	0	Sr_a^ix—K_a—O1^iii	31.68 (3)
Si^iii—Sr_a—K_a^ii	103.295 (12)	Sr_a^ix—K_a—O1^v	82.50 (3)
Si^iii—Sr_a—K_a^iii	102.970 (13)	Sr_a^ix—K_a—O1^vii	33.45 (3)
Si^iii—Sr_a—K_a^viii	46.648 (10)	Sr_a^ix—K_a—O3^iv	174.17 (3)
Si^iii—Sr_a—K_a^ix	46.705 (10)	Sr_a^ix—K_a—O3^iii	72.57 (3)
Si^iii—Sr_a—Na_a	0	Sr_a^ix—K_a—O3^v	115.13 (3)
Si^v—Sr_a—Si^vi	126.694 (15)	Sr_a^ix—K_a—O3^vi	75.47 (3)
Si^v—Sr_a—Si^vii	125.992 (16)	Sr_a^ix—K_a—O4^iv	129.625 (8)
Si^v—Sr_a—K_a	0	Sr_a^ix—K_a—O4^i	60.50 (2)
Si^v—Sr_a—K_a^ii	46.648 (10)	Sr_a^ix—K_a—K_a^ii	146.694 (10)
Si^v—Sr_a—K_a^iii	46.705 (10)	Sr_a^ix—K_a—K_a^iii	98.891 (8)
Si^v—Sr_a—K_a^viii	103.295 (12)	Sr_a^ix—K_a—K_a^viii	70.930 (5)
Si^v—Sr_a—K_a^ix	102.970 (13)	Sr_a^ix—K_a—K_a^ix	0.0 (5)
Si^v—Sr_a—Na_a	0	Sr_a^ix—K_a—Na_a	0
Si^vi—Sr_a—Si^vii	105.588 (14)	Sr_a^ix—K_a—Ca_m2^xv	116.379 (10)
Si^vi—Sr_a—K_a	0	Sr_a^ix—K_a—Ca_m2^v	82.612 (10)
Si^vi—Sr_a—K_a^ii	90.265 (11)	Ti_l^i—K_a—Ti_l	141.871 (13)
Si^vi—Sr_a—K_a^iii	157.473 (11)	Ti_l^i—K_a—Ti_l^ii	103.168 (8)
Si^vi—Sr_a—K_a^viii	46.506 (10)	Ti_l^i—K_a—Ti_l^iii	102.801 (9)
Si^vi—Sr_a—K_a^ix	103.622 (10)	Ti_l^i—K_a—Si^iv	56.131 (12)
Si^vi—Sr_a—Na_a	0	Ti_l^i—K_a—Si^i	56.043 (11)
Si^vii—Sr_a—K_a	0	Ti_l^i—K_a—Si^iii	145.859 (14)
Si^vii—Sr_a—K_a^ii	156.805 (11)	Ti_l^i—K_a—Si^v	72.266 (11)
Si^vii—Sr_a—K_a^iii	89.417 (11)	Ti_l^i—K_a—Si^vi	107.384 (14)
Si^vii—Sr_a—K_a^viii	103.381 (10)	Ti_l^i—K_a—Si^vii	106.926 (13)
Si^vii—Sr_a—K_a^ix	46.114 (10)	Ti_l^i—K_a—O1^i	30.22 (3)
Si^vii—Sr_a—Na_a	0	Ti_l^i—K_a—O1^iii	133.46 (3)
K_a—Sr_a—K_a^ii	0	Ti_l^i—K_a—O1^v	77.96 (3)
K_a—Sr_a—K_a^iii	0	Ti_l^i—K_a—O1^vii	132.56 (3)
K_a—Sr_a—K_a^viii	0	Ti_l^i—K_a—O3^iv	30.37 (3)
K_a—Sr_a—K_a^ix	0	Ti_l^i—K_a—O3^iii	134.00 (3)
K_a—Sr_a—Na_a	0	Ti_l^i—K_a—O3^v	78.10 (3)
K_a^ii—Sr_a—K_a^iii	70.930 (5)	Ti_l^i—K_a—O3^vi	133.37 (4)
K_a^ii—Sr_a—K_a^viii	99.814 (7)	Ti_l^i—K_a—O4^iv	85.392 (16)
K_a^ii—Sr_a—K_a^ix	146.694 (10)	Ti_l^i—K_a—O4^i	85.049 (16)
K_a^ii—Sr_a—Na_a	0	Ti_l^i—K_a—K_a^ii	51.159 (7)
K_a^iii—Sr_a—K_a^viii	146.694 (10)	Ti_l^i—K_a—K_a^iii	51.183 (8)
K_a^iii—Sr_a—K_a^ix	98.891 (8)	Ti_l^i—K_a—K_a^viii	144.976 (11)
K_a^iii—Sr_a—Na_a	0	Ti_l^i—K_a—K_a^ix	144.036 (11)
K_a^viii—Sr_a—K_a^ix	70.930 (5)	Ti_l^i—K_a—Na_a	0
K_a^viii—Sr_a—Na_a	0	Ti_l^i—K_a—Ca_m2^xv	49.154 (13)
K_a^ix—Sr_a—Na_a	0	Ti_l^i—K_a—Ca_m2^v	93.361 (14)
Sr_a—Ti_l—Sr_a^xii	141.871 (15)	Ti_l—K_a—Ti_l^ii	103.168 (8)
Sr_a—Ti_l—Sr_a^viii	76.832 (8)	Ti_l—K_a—Ti_l^iii	102.801 (9)
Sr_a—Ti_l—Sr_a^ix	77.199 (9)	Ti_l—K_a—Si^iv	107.384 (14)
Sr_a—Ti_l—Na_m1	105.658 (9)	Ti_l—K_a—Si^i	106.926 (13)
Sr_a—Ti_l—Na_m2^x	139.931 (17)	Ti_l—K_a—Si^iii	72.266 (11)
Sr_a—Ti_l—Na_m2^v	76.893 (14)	Ti_l—K_a—Si^v	145.859 (14)
Sr_a—Ti_l—O1	124.90 (5)	Ti_l—K_a—Si^vi	56.131 (12)
Sr_a—Ti_l—O1^vii	43.81 (4)	Ti_l—K_a—Si^vii	56.043 (11)
Sr_a—Ti_l—O2	109.063 (8)	Ti_l—K_a—O1^i	132.56 (3)
Sr_a—Ti_l—O3^xi	123.79 (5)	Ti_l—K_a—O1^iii	77.96 (3)
Sr_a—Ti_l—O3^vi	43.87 (4)	Ti_l—K_a—O1^v	133.46 (3)
Sr_a—Ti_l—K_a	0.0 (5)	Ti_l—K_a—O1^vii	30.22 (3)
Sr_a—Ti_l—K_a^xii	141.871 (15)	Ti_l—K_a—O3^iv	133.37 (4)
Sr_a—Ti_l—K_a^viii	76.832 (8)	Ti_l—K_a—O3^iii	78.10 (3)
Sr_a—Ti_l—K_a^ix	77.199 (9)	Ti_l—K_a—O3^v	134.00 (3)
Sr_a—Ti_l—Ca_m2^x	139.931 (17)	Ti_l—K_a—O3^vi	30.37 (3)
Sr_a—Ti_l—Ca_m2^v	76.893 (14)	Ti_l—K_a—O4^iv	85.392 (16)
Sr_a^xii—Ti_l—Sr_a^viii	76.832 (8)	Ti_l—K_a—O4^i	85.049 (16)
Sr_a^xii—Ti_l—Sr_a^ix	77.199 (9)	Ti_l—K_a—K_a^ii	144.976 (11)
Sr_a^xii—Ti_l—Na_m1	105.658 (9)	Ti_l—K_a—K_a^iii	144.036 (11)
Sr_a^xii—Ti_l—Na_m2^x	76.893 (14)	Ti_l—K_a—K_a^viii	51.159 (7)
Sr_a^xii—Ti_l—Na_m2^v	139.931 (17)	Ti_l—K_a—K_a^ix	51.183 (8)
Sr_a^xii—Ti_l—O1	43.81 (4)	Ti_l—K_a—Na_a	0
Sr_a^xii—Ti_l—O1^vii	124.90 (5)	Ti_l—K_a—Ca_m2^xv	93.361 (14)
Sr_a^xii—Ti_l—O2	109.063 (8)	Ti_l—K_a—Ca_m2^v	49.154 (13)
Sr_a^xii—Ti_l—O3^xi	43.87 (4)	Ti_l^ii—K_a—Ti_l^iii	93.063 (12)
Sr_a^xii—Ti_l—O3^vi	123.79 (5)	Ti_l^ii—K_a—Si^iv	72.750 (12)
Sr_a^xii—Ti_l—K_a	141.871 (15)	Ti_l^ii—K_a—Si^i	148.704 (11)
Sr_a^xii—Ti_l—K_a^xii	0.0 (5)	Ti_l^ii—K_a—Si^iii	56.635 (11)
Sr_a^xii—Ti_l—K_a^viii	76.832 (8)	Ti_l^ii—K_a—Si^v	56.635 (11)
Sr_a^xii—Ti_l—K_a^ix	77.199 (9)	Ti_l^ii—K_a—Si^vi	72.750 (12)
Sr_a^xii—Ti_l—Ca_m2^x	76.893 (14)	Ti_l^ii—K_a—Si^vii	148.704 (11)
Sr_a^xii—Ti_l—Ca_m2^v	139.931 (17)	Ti_l^ii—K_a—O1^i	124.13 (3)
Sr_a^viii—Ti_l—Sr_a^ix	93.063 (13)	Ti_l^ii—K_a—O1^iii	80.63 (3)
Sr_a^viii—Ti_l—Na_m1	99.941 (12)	Ti_l^ii—K_a—O1^v	80.63 (3)
Sr_a^viii—Ti_l—Na_m2^x	136.642 (13)	Ti_l^ii—K_a—O1^vii	124.13 (3)
Sr_a^viii—Ti_l—Na_m2^v	136.642 (13)	Ti_l^ii—K_a—O3^iv	79.97 (3)
Sr_a^viii—Ti_l—O1	109.66 (4)	Ti_l^ii—K_a—O3^iii	31.48 (3)
Sr_a^viii—Ti_l—O1^vii	109.66 (4)	Ti_l^ii—K_a—O3^v	31.48 (3)
Sr_a^viii—Ti_l—O2	133.57 (8)	Ti_l^ii—K_a—O3^vi	79.97 (3)
Sr_a^viii—Ti_l—O3^xi	47.74 (4)	Ti_l^ii—K_a—O4^iv	58.46 (4)
Sr_a^viii—Ti_l—O3^vi	47.74 (4)	Ti_l^ii—K_a—O4^i	151.10 (5)
Sr_a^viii—Ti_l—K_a	76.832 (8)	Ti_l^ii—K_a—K_a^ii	52.009 (5)
Sr_a^viii—Ti_l—K_a^xii	76.832 (8)	Ti_l^ii—K_a—K_a^iii	103.051 (8)
Sr_a^viii—Ti_l—K_a^viii	0.0 (5)	Ti_l^ii—K_a—K_a^viii	52.009 (5)
Sr_a^viii—Ti_l—K_a^ix	93.063 (13)	Ti_l^ii—K_a—K_a^ix	103.051 (8)
Sr_a^viii—Ti_l—Ca_m2^x	136.642 (13)	Ti_l^ii—K_a—Na_a	0
Sr_a^viii—Ti_l—Ca_m2^v	136.642 (13)	Ti_l^ii—K_a—Ca_m2^xv	138.925 (11)
Sr_a^ix—Ti_l—Na_m1	166.996 (14)	Ti_l^ii—K_a—Ca_m2^v	138.925 (11)
Sr_a^ix—Ti_l—Na_m2^x	113.776 (12)	Ti_l^iii—K_a—Si^iv	148.810 (11)
Sr_a^ix—Ti_l—Na_m2^v	113.776 (12)	Ti_l^iii—K_a—Si^i	72.204 (12)
Sr_a^ix—Ti_l—O1	48.41 (5)	Ti_l^iii—K_a—Si^iii	56.510 (11)
Sr_a^ix—Ti_l—O1^vii	48.41 (5)	Ti_l^iii—K_a—Si^v	56.510 (11)
Sr_a^ix—Ti_l—O2	133.37 (8)	Ti_l^iii—K_a—Si^vi	148.810 (11)
Sr_a^ix—Ti_l—O3^xi	109.74 (5)	Ti_l^iii—K_a—Si^vii	72.204 (12)
Sr_a^ix—Ti_l—O3^vi	109.74 (5)	Ti_l^iii—K_a—O1^i	79.92 (3)
Sr_a^ix—Ti_l—K_a	77.199 (9)	Ti_l^iii—K_a—O1^iii	31.21 (3)
Sr_a^ix—Ti_l—K_a^xii	77.199 (9)	Ti_l^iii—K_a—O1^v	31.21 (3)
Sr_a^ix—Ti_l—K_a^viii	93.063 (13)	Ti_l^iii—K_a—O1^vii	79.92 (3)
Sr_a^ix—Ti_l—K_a^ix	0.0 (5)	Ti_l^iii—K_a—O3^iv	123.65 (3)
Sr_a^ix—Ti_l—Ca_m2^x	113.776 (12)	Ti_l^iii—K_a—O3^iii	80.36 (3)
Sr_a^ix—Ti_l—Ca_m2^v	113.776 (12)	Ti_l^iii—K_a—O3^v	80.36 (3)
Na_m1—Ti_l—Na_m2^x	55.840 (9)	Ti_l^iii—K_a—O3^vi	123.65 (3)
Na_m1—Ti_l—Na_m2^v	55.840 (9)	Ti_l^iii—K_a—O4^iv	151.52 (4)
Na_m1—Ti_l—O1	125.38 (5)	Ti_l^iii—K_a—O4^i	58.03 (4)
Na_m1—Ti_l—O1^vii	125.38 (5)	Ti_l^iii—K_a—K_a^ii	102.831 (8)
Na_m1—Ti_l—O2	33.63 (7)	Ti_l^iii—K_a—K_a^iii	51.619 (5)
Na_m1—Ti_l—O3^xi	79.53 (5)	Ti_l^iii—K_a—K_a^viii	102.831 (8)
Na_m1—Ti_l—O3^vi	79.53 (5)	Ti_l^iii—K_a—K_a^ix	51.619 (5)
Na_m1—Ti_l—K_a	105.658 (9)	Ti_l^iii—K_a—Na_a	0
Na_m1—Ti_l—K_a^xii	105.658 (9)	Ti_l^iii—K_a—Ca_m2^xv	119.807 (9)
Na_m1—Ti_l—K_a^viii	99.941 (12)	Ti_l^iii—K_a—Ca_m2^v	119.807 (9)
Na_m1—Ti_l—K_a^ix	166.996 (14)	Si^iv—K_a—Si^i	105.588 (14)
Na_m1—Ti_l—Ca_m2^x	55.840 (9)	Si^iv—K_a—Si^iii	126.694 (15)
Na_m1—Ti_l—Ca_m2^v	55.840 (9)	Si^iv—K_a—Si^v	93.153 (14)
Na_m2^x—Ti_l—Na_m2^v	63.31 (2)	Si^iv—K_a—Si^vi	53.857 (14)
Na_m2^x—Ti_l—O1	71.48 (5)	Si^iv—K_a—Si^vii	132.521 (16)
Na_m2^x—Ti_l—O1^vii	113.63 (5)	Si^iv—K_a—O1^i	85.38 (3)
Na_m2^x—Ti_l—O2	34.73 (3)	Si^iv—K_a—O1^iii	153.37 (3)
Na_m2^x—Ti_l—O3^xi	90.03 (4)	Si^iv—K_a—O1^v	117.67 (3)
Na_m2^x—Ti_l—O3^vi	135.21 (5)	Si^iv—K_a—O1^vii	131.11 (4)
Na_m2^x—Ti_l—K_a	139.931 (17)	Si^iv—K_a—O3^iv	28.16 (3)
Na_m2^x—Ti_l—K_a^xii	76.893 (14)	Si^iv—K_a—O3^iii	98.18 (3)
Na_m2^x—Ti_l—K_a^viii	136.642 (13)	Si^iv—K_a—O3^v	73.18 (3)
Na_m2^x—Ti_l—K_a^ix	113.776 (12)	Si^iv—K_a—O3^vi	82.00 (3)
Na_m2^x—Ti_l—Ca_m2^x	0.0 (5)	Si^iv—K_a—O4^iv	29.341 (18)
Na_m2^x—Ti_l—Ca_m2^v	63.31 (2)	Si^iv—K_a—O4^i	131.76 (4)
Na_m2^v—Ti_l—O1	113.63 (5)	Si^iv—K_a—K_a^ii	46.506 (10)
Na_m2^v—Ti_l—O1^vii	71.48 (5)	Si^iv—K_a—K_a^iii	103.622 (10)
Na_m2^v—Ti_l—O2	34.73 (3)	Si^iv—K_a—K_a^viii	90.265 (11)
Na_m2^v—Ti_l—O3^xi	135.21 (5)	Si^iv—K_a—K_a^ix	157.473 (11)
Na_m2^v—Ti_l—O3^vi	90.03 (4)	Si^iv—K_a—Na_a	0
Na_m2^v—Ti_l—K_a	76.893 (14)	Si^iv—K_a—Ca_m2^xv	66.443 (10)
Na_m2^v—Ti_l—K_a^xii	139.931 (17)	Si^iv—K_a—Ca_m2^v	86.665 (13)
Na_m2^v—Ti_l—K_a^viii	136.642 (13)	Si^i—K_a—Si^iii	125.992 (16)
Na_m2^v—Ti_l—K_a^ix	113.776 (12)	Si^i—K_a—Si^v	92.819 (13)
Na_m2^v—Ti_l—Ca_m2^x	63.31 (2)	Si^i—K_a—Si^vi	132.521 (16)
Na_m2^v—Ti_l—Ca_m2^v	0.0 (5)	Si^i—K_a—Si^vii	53.424 (14)
O1—Ti_l—O1^vii	86.38 (7)	Si^i—K_a—O1^i	27.92 (3)
O1—Ti_l—O2	103.69 (7)	Si^i—K_a—O1^iii	97.30 (3)
O1—Ti_l—O3^xi	87.67 (6)	Si^i—K_a—O1^v	72.59 (3)
O1—Ti_l—O3^vi	152.15 (7)	Si^i—K_a—O1^vii	81.32 (3)
O1—Ti_l—K_a	124.90 (5)	Si^i—K_a—O3^iv	85.55 (3)
O1—Ti_l—K_a^xii	43.81 (4)	Si^i—K_a—O3^iii	152.56 (3)
O1—Ti_l—K_a^viii	109.66 (4)	Si^i—K_a—O3^v	117.32 (3)
O1—Ti_l—K_a^ix	48.41 (5)	Si^i—K_a—O3^vi	131.25 (3)
O1—Ti_l—Ca_m2^x	71.48 (5)	Si^i—K_a—O4^iv	131.98 (4)
O1—Ti_l—Ca_m2^v	113.63 (5)	Si^i—K_a—O4^i	29.086 (19)
O1^vii—Ti_l—O2	103.69 (7)	Si^i—K_a—K_a^ii	103.381 (10)
O1^vii—Ti_l—O3^xi	152.15 (7)	Si^i—K_a—K_a^iii	46.114 (10)
O1^vii—Ti_l—O3^vi	87.67 (6)	Si^i—K_a—K_a^viii	156.805 (11)
O1^vii—Ti_l—K_a	43.81 (4)	Si^i—K_a—K_a^ix	89.417 (11)
O1^vii—Ti_l—K_a^xii	124.90 (5)	Si^i—K_a—Na_a	0
O1^vii—Ti_l—K_a^viii	109.66 (4)	Si^i—K_a—Ca_m2^xv	47.660 (10)
O1^vii—Ti_l—K_a^ix	48.41 (5)	Si^i—K_a—Ca_m2^v	70.452 (13)
O1^vii—Ti_l—Ca_m2^x	113.63 (5)	Si^iii—K_a—Si^v	73.595 (15)
O1^vii—Ti_l—Ca_m2^v	71.48 (5)	Si^iii—K_a—Si^vi	93.153 (14)
O2—Ti_l—O3^xi	104.15 (7)	Si^iii—K_a—Si^vii	92.819 (13)
O2—Ti_l—O3^vi	104.15 (7)	Si^iii—K_a—O1^i	135.41 (4)
O2—Ti_l—K_a	109.063 (8)	Si^iii—K_a—O1^iii	28.70 (3)
O2—Ti_l—K_a^xii	109.063 (8)	Si^iii—K_a—O1^v	71.99 (3)
O2—Ti_l—K_a^viii	133.57 (8)	Si^iii—K_a—O1^vii	74.69 (3)
O2—Ti_l—K_a^ix	133.37 (8)	Si^iii—K_a—O3^iv	135.46 (3)
O2—Ti_l—Ca_m2^x	34.73 (3)	Si^iii—K_a—O3^iii	28.52 (3)
O2—Ti_l—Ca_m2^v	34.73 (3)	Si^iii—K_a—O3^v	72.08 (3)
O3^xi—Ti_l—O3^vi	85.00 (6)	Si^iii—K_a—O3^vi	74.38 (3)
O3^xi—Ti_l—K_a	123.79 (5)	Si^iii—K_a—O4^iv	102.03 (3)
O3^xi—Ti_l—K_a^xii	43.87 (4)	Si^iii—K_a—O4^i	101.55 (4)
O3^xi—Ti_l—K_a^viii	47.74 (4)	Si^iii—K_a—K_a^ii	103.295 (12)
O3^xi—Ti_l—K_a^ix	109.74 (5)	Si^iii—K_a—K_a^iii	102.970 (13)
O3^xi—Ti_l—Ca_m2^x	90.03 (4)	Si^iii—K_a—K_a^viii	46.648 (10)
O3^xi—Ti_l—Ca_m2^v	135.21 (5)	Si^iii—K_a—K_a^ix	46.705 (10)
O3^vi—Ti_l—K_a	43.87 (4)	Si^iii—K_a—Na_a	0
O3^vi—Ti_l—K_a^xii	123.79 (5)	Si^iii—K_a—Ca_m2^xv	162.481 (14)
O3^vi—Ti_l—K_a^viii	47.74 (4)	Si^iii—K_a—Ca_m2^v	120.131 (14)
O3^vi—Ti_l—K_a^ix	109.74 (5)	Si^v—K_a—Si^vi	126.694 (15)
O3^vi—Ti_l—Ca_m2^x	135.21 (5)	Si^v—K_a—Si^vii	125.992 (16)
O3^vi—Ti_l—Ca_m2^v	90.03 (4)	Si^v—K_a—O1^i	74.69 (3)
K_a—Ti_l—K_a^xii	141.871 (15)	Si^v—K_a—O1^iii	71.99 (3)
K_a—Ti_l—K_a^viii	76.832 (8)	Si^v—K_a—O1^v	28.70 (3)
K_a—Ti_l—K_a^ix	77.199 (9)	Si^v—K_a—O1^vii	135.41 (4)
K_a—Ti_l—Ca_m2^x	139.931 (17)	Si^v—K_a—O3^iv	74.38 (3)
K_a—Ti_l—Ca_m2^v	76.893 (14)	Si^v—K_a—O3^iii	72.08 (3)
K_a^xii—Ti_l—K_a^viii	76.832 (8)	Si^v—K_a—O3^v	28.52 (3)
K_a^xii—Ti_l—K_a^ix	77.199 (9)	Si^v—K_a—O3^vi	135.46 (3)
K_a^xii—Ti_l—Ca_m2^x	76.893 (14)	Si^v—K_a—O4^iv	102.03 (3)
K_a^xii—Ti_l—Ca_m2^v	139.931 (17)	Si^v—K_a—O4^i	101.55 (4)
K_a^viii—Ti_l—K_a^ix	93.063 (13)	Si^v—K_a—K_a^ii	46.648 (10)
K_a^viii—Ti_l—Ca_m2^x	136.642 (13)	Si^v—K_a—K_a^iii	46.705 (10)
K_a^viii—Ti_l—Ca_m2^v	136.642 (13)	Si^v—K_a—K_a^viii	103.295 (12)
K_a^ix—Ti_l—Ca_m2^x	113.776 (12)	Si^v—K_a—K_a^ix	102.970 (13)
K_a^ix—Ti_l—Ca_m2^v	113.776 (12)	Si^v—K_a—Na_a	0
Ca_m2^x—Ti_l—Ca_m2^v	63.31 (2)	Si^v—K_a—Ca_m2^xv	120.131 (14)
Ti_l—Na_m1—Ti_l^xvi	180.0 (5)	Si^v—K_a—Ca_m2^v	162.481 (14)
Ti_l—Na_m1—Na_m2^xiii	117.261 (7)	Si^vi—K_a—Si^vii	105.588 (14)
Ti_l—Na_m1—Na_m2^x	62.739 (7)	Si^vi—K_a—O1^i	131.11 (4)
Ti_l—Na_m1—Na_m2^xiv	117.261 (7)	Si^vi—K_a—O1^iii	117.67 (3)
Ti_l—Na_m1—Na_m2^v	62.739 (7)	Si^vi—K_a—O1^v	153.37 (3)
Ti_l—Na_m1—Ti_m3^xv	90	Si^vi—K_a—O1^vii	85.38 (3)
Ti_l—Na_m1—Ti_m3^x	90	Si^vi—K_a—O3^iv	82.00 (3)
Ti_l—Na_m1—O2	24.17 (5)	Si^vi—K_a—O3^iii	73.18 (3)
Ti_l—Na_m1—O2^xvi	155.83 (5)	Si^vi—K_a—O3^v	98.18 (3)
Ti_l—Na_m1—Mn_m2^xiii	117.261 (7)	Si^vi—K_a—O3^vi	28.16 (3)
Ti_l—Na_m1—Mn_m2^x	62.739 (7)	Si^vi—K_a—O4^iv	29.341 (18)
Ti_l—Na_m1—Mn_m2^xiv	117.261 (7)	Si^vi—K_a—O4^i	131.76 (4)
Ti_l—Na_m1—Mn_m2^v	62.739 (7)	Si^vi—K_a—K_a^ii	90.265 (11)
Ti_l—Na_m1—Ca_m2^xiii	117.261 (7)	Si^vi—K_a—K_a^iii	157.473 (11)
Ti_l—Na_m1—Ca_m2^x	62.739 (7)	Si^vi—K_a—K_a^viii	46.506 (10)
Ti_l—Na_m1—Ca_m2^xiv	117.261 (7)	Si^vi—K_a—K_a^ix	103.622 (10)
Ti_l—Na_m1—Ca_m2^v	62.739 (7)	Si^vi—K_a—Na_a	0
Ti_l—Na_m1—Mg_m3^xv	90	Si^vi—K_a—Ca_m2^xv	86.665 (13)
Ti_l—Na_m1—Mg_m3^x	90	Si^vi—K_a—Ca_m2^v	66.443 (10)
Ti_l^xvi—Na_m1—Na_m2^xiii	62.739 (7)	Si^vii—K_a—O1^i	81.32 (3)
Ti_l^xvi—Na_m1—Na_m2^x	117.261 (7)	Si^vii—K_a—O1^iii	72.59 (3)
Ti_l^xvi—Na_m1—Na_m2^xiv	62.739 (7)	Si^vii—K_a—O1^v	97.30 (3)
Ti_l^xvi—Na_m1—Na_m2^v	117.261 (7)	Si^vii—K_a—O1^vii	27.92 (3)
Ti_l^xvi—Na_m1—Ti_m3^xv	90	Si^vii—K_a—O3^iv	131.25 (3)
Ti_l^xvi—Na_m1—Ti_m3^x	90	Si^vii—K_a—O3^iii	117.32 (3)
Ti_l^xvi—Na_m1—O2	155.83 (5)	Si^vii—K_a—O3^v	152.56 (3)
Ti_l^xvi—Na_m1—O2^xvi	24.17 (5)	Si^vii—K_a—O3^vi	85.55 (3)
Ti_l^xvi—Na_m1—Mn_m2^xiii	62.739 (7)	Si^vii—K_a—O4^iv	131.98 (4)
Ti_l^xvi—Na_m1—Mn_m2^x	117.261 (7)	Si^vii—K_a—O4^i	29.086 (19)
Ti_l^xvi—Na_m1—Mn_m2^xiv	62.739 (7)	Si^vii—K_a—K_a^ii	156.805 (11)
Ti_l^xvi—Na_m1—Mn_m2^v	117.261 (7)	Si^vii—K_a—K_a^iii	89.417 (11)
Ti_l^xvi—Na_m1—Ca_m2^xiii	62.739 (7)	Si^vii—K_a—K_a^viii	103.381 (10)
Ti_l^xvi—Na_m1—Ca_m2^x	117.261 (7)	Si^vii—K_a—K_a^ix	46.114 (10)
Ti_l^xvi—Na_m1—Ca_m2^xiv	62.739 (7)	Si^vii—K_a—Na_a	0
Ti_l^xvi—Na_m1—Ca_m2^v	117.261 (7)	Si^vii—K_a—Ca_m2^xv	70.452 (13)
Ti_l^xvi—Na_m1—Mg_m3^xv	90	Si^vii—K_a—Ca_m2^v	47.660 (10)
Ti_l^xvi—Na_m1—Mg_m3^x	90	O1^i—K_a—O1^iii	110.62 (5)
Na_m2^xiii—Na_m1—Na_m2^x	111.364 (19)	O1^i—K_a—O1^v	65.12 (5)
Na_m2^xiii—Na_m1—Na_m2^xiv	68.636 (19)	O1^i—K_a—O1^vii	109.16 (4)
Na_m2^xiii—Na_m1—Na_m2^v	180.0 (5)	O1^i—K_a—O3^iv	60.59 (4)
Na_m2^xiii—Na_m1—Ti_m3^xv	124.318 (14)	O1^i—K_a—O3^iii	146.72 (5)
Na_m2^xiii—Na_m1—Ti_m3^x	55.682 (14)	O1^i—K_a—O3^v	93.39 (4)
Na_m2^xiii—Na_m1—O2	134.37 (3)	O1^i—K_a—O3^vi	147.67 (5)
Na_m2^xiii—Na_m1—O2^xvi	45.63 (3)	O1^i—K_a—O4^iv	114.66 (4)
Na_m2^xiii—Na_m1—Mn_m2^xiii	0.0 (5)	O1^i—K_a—O4^i	55.85 (3)
Na_m2^xiii—Na_m1—Mn_m2^x	111.364 (19)	O1^i—K_a—K_a^ii	75.49 (3)
Na_m2^xiii—Na_m1—Mn_m2^xiv	68.636 (19)	O1^i—K_a—K_a^iii	33.45 (3)
Na_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	O1^i—K_a—K_a^viii	175.06 (3)
Na_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	O1^i—K_a—K_a^ix	113.82 (3)
Na_m2^xiii—Na_m1—Ca_m2^x	111.364 (19)	O1^i—K_a—Na_a	0
Na_m2^xiii—Na_m1—Ca_m2^xiv	68.636 (19)	O1^i—K_a—Ca_m2^xv	49.30 (3)
Na_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	O1^i—K_a—Ca_m2^v	87.85 (3)
Na_m2^xiii—Na_m1—Mg_m3^xv	124.318 (14)	O1^iii—K_a—O1^v	56.61 (5)
Na_m2^xiii—Na_m1—Mg_m3^x	55.682 (14)	O1^iii—K_a—O1^vii	65.12 (5)
Na_m2^x—Na_m1—Na_m2^xiv	180.0 (5)	O1^iii—K_a—O3^iv	146.35 (5)
Na_m2^x—Na_m1—Na_m2^v	68.636 (19)	O1^iii—K_a—O3^iii	56.67 (4)
Na_m2^x—Na_m1—Ti_m3^xv	124.318 (14)	O1^iii—K_a—O3^v	84.41 (4)
Na_m2^x—Na_m1—Ti_m3^x	55.682 (14)	O1^iii—K_a—O3^vi	93.15 (5)
Na_m2^x—Na_m1—O2	45.63 (3)	O1^iii—K_a—O4^iv	130.71 (4)
Na_m2^x—Na_m1—O2^xvi	134.37 (3)	O1^iii—K_a—O4^i	74.00 (5)
Na_m2^x—Na_m1—Mn_m2^xiii	111.364 (19)	O1^iii—K_a—K_a^ii	115.24 (3)
Na_m2^x—Na_m1—Mn_m2^x	0.0 (5)	O1^iii—K_a—K_a^iii	82.50 (3)
Na_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	O1^iii—K_a—K_a^viii	72.60 (3)
Na_m2^x—Na_m1—Mn_m2^v	68.636 (19)	O1^iii—K_a—K_a^ix	31.68 (3)
Na_m2^x—Na_m1—Ca_m2^xiii	111.364 (19)	O1^iii—K_a—Na_a	0
Na_m2^x—Na_m1—Ca_m2^x	0.0 (5)	O1^iii—K_a—Ca_m2^xv	140.10 (3)
Na_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	O1^iii—K_a—Ca_m2^v	114.18 (3)
Na_m2^x—Na_m1—Ca_m2^v	68.636 (19)	O1^v—K_a—O1^vii	110.62 (5)
Na_m2^x—Na_m1—Mg_m3^xv	124.318 (14)	O1^v—K_a—O3^iv	93.15 (5)
Na_m2^x—Na_m1—Mg_m3^x	55.682 (14)	O1^v—K_a—O3^iii	84.41 (4)
Na_m2^xiv—Na_m1—Na_m2^v	111.364 (19)	O1^v—K_a—O3^v	56.67 (4)
Na_m2^xiv—Na_m1—Ti_m3^xv	55.682 (14)	O1^v—K_a—O3^vi	146.35 (5)
Na_m2^xiv—Na_m1—Ti_m3^x	124.318 (14)	O1^v—K_a—O4^iv	130.71 (4)
Na_m2^xiv—Na_m1—O2	134.37 (3)	O1^v—K_a—O4^i	74.00 (5)
Na_m2^xiv—Na_m1—O2^xvi	45.63 (3)	O1^v—K_a—K_a^ii	72.60 (3)
Na_m2^xiv—Na_m1—Mn_m2^xiii	68.636 (19)	O1^v—K_a—K_a^iii	31.68 (3)
Na_m2^xiv—Na_m1—Mn_m2^x	180.0 (5)	O1^v—K_a—K_a^viii	115.24 (3)
Na_m2^xiv—Na_m1—Mn_m2^xiv	0.0 (5)	O1^v—K_a—K_a^ix	82.50 (3)
Na_m2^xiv—Na_m1—Mn_m2^v	111.364 (19)	O1^v—K_a—Na_a	0
Na_m2^xiv—Na_m1—Ca_m2^xiii	68.636 (19)	O1^v—K_a—Ca_m2^xv	114.18 (3)
Na_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	O1^v—K_a—Ca_m2^v	140.10 (3)
Na_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	O1^vii—K_a—O3^iv	147.67 (5)
Na_m2^xiv—Na_m1—Ca_m2^v	111.364 (19)	O1^vii—K_a—O3^iii	93.39 (4)
Na_m2^xiv—Na_m1—Mg_m3^xv	55.682 (14)	O1^vii—K_a—O3^v	146.72 (5)
Na_m2^xiv—Na_m1—Mg_m3^x	124.318 (14)	O1^vii—K_a—O3^vi	60.59 (4)
Na_m2^v—Na_m1—Ti_m3^xv	55.682 (14)	O1^vii—K_a—O4^iv	114.66 (4)
Na_m2^v—Na_m1—Ti_m3^x	124.318 (14)	O1^vii—K_a—O4^i	55.85 (3)
Na_m2^v—Na_m1—O2	45.63 (3)	O1^vii—K_a—K_a^ii	175.06 (3)
Na_m2^v—Na_m1—O2^xvi	134.37 (3)	O1^vii—K_a—K_a^iii	113.82 (3)
Na_m2^v—Na_m1—Mn_m2^xiii	180.0 (5)	O1^vii—K_a—K_a^viii	75.49 (3)
Na_m2^v—Na_m1—Mn_m2^x	68.636 (19)	O1^vii—K_a—K_a^ix	33.45 (3)
Na_m2^v—Na_m1—Mn_m2^xiv	111.364 (19)	O1^vii—K_a—Na_a	0
Na_m2^v—Na_m1—Mn_m2^v	0.0 (5)	O1^vii—K_a—Ca_m2^xv	87.85 (3)
Na_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	O1^vii—K_a—Ca_m2^v	49.30 (3)
Na_m2^v—Na_m1—Ca_m2^x	68.636 (19)	O3^iv—K_a—O3^iii	111.01 (4)
Na_m2^v—Na_m1—Ca_m2^xiv	111.364 (19)	O3^iv—K_a—O3^v	64.98 (4)
Na_m2^v—Na_m1—Ca_m2^v	0.0 (5)	O3^iv—K_a—O3^vi	110.11 (5)
Na_m2^v—Na_m1—Mg_m3^xv	55.682 (14)	O3^iv—K_a—O4^iv	56.21 (3)
Na_m2^v—Na_m1—Mg_m3^x	124.318 (14)	O3^iv—K_a—O4^i	114.60 (4)
Ti_m3^xv—Na_m1—Ti_m3^x	180.0 (5)	O3^iv—K_a—K_a^ii	33.10 (3)
Ti_m3^xv—Na_m1—O2	90	O3^iv—K_a—K_a^iii	75.47 (3)
Ti_m3^xv—Na_m1—O2^xvi	90	O3^iv—K_a—K_a^viii	114.61 (3)
Ti_m3^xv—Na_m1—Mn_m2^xiii	124.318 (14)	O3^iv—K_a—K_a^ix	174.17 (3)
Ti_m3^xv—Na_m1—Mn_m2^x	124.318 (14)	O3^iv—K_a—Na_a	0
Ti_m3^xv—Na_m1—Mn_m2^xiv	55.682 (14)	O3^iv—K_a—Ca_m2^xv	61.88 (3)
Ti_m3^xv—Na_m1—Mn_m2^v	55.682 (14)	O3^iv—K_a—Ca_m2^v	98.44 (3)
Ti_m3^xv—Na_m1—Ca_m2^xiii	124.318 (14)	O3^iii—K_a—O3^v	56.93 (4)
Ti_m3^xv—Na_m1—Ca_m2^x	124.318 (14)	O3^iii—K_a—O3^vi	64.98 (4)
Ti_m3^xv—Na_m1—Ca_m2^xiv	55.682 (14)	O3^iii—K_a—O4^iv	74.67 (5)
Ti_m3^xv—Na_m1—Ca_m2^v	55.682 (14)	O3^iii—K_a—O4^i	130.06 (5)
Ti_m3^xv—Na_m1—Mg_m3^xv	0.0 (5)	O3^iii—K_a—K_a^ii	83.11 (3)
Ti_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	O3^iii—K_a—K_a^iii	115.13 (3)
Ti_m3^x—Na_m1—O2	90	O3^iii—K_a—K_a^viii	31.88 (3)
Ti_m3^x—Na_m1—O2^xvi	90	O3^iii—K_a—K_a^ix	72.57 (3)
Ti_m3^x—Na_m1—Mn_m2^xiii	55.682 (14)	O3^iii—K_a—Na_a	0
Ti_m3^x—Na_m1—Mn_m2^x	55.682 (14)	O3^iii—K_a—Ca_m2^xv	159.61 (3)
Ti_m3^x—Na_m1—Mn_m2^xiv	124.318 (14)	O3^iii—K_a—Ca_m2^v	125.31 (3)
Ti_m3^x—Na_m1—Mn_m2^v	124.318 (14)	O3^v—K_a—O3^vi	111.01 (4)
Ti_m3^x—Na_m1—Ca_m2^xiii	55.682 (14)	O3^v—K_a—O4^iv	74.67 (5)
Ti_m3^x—Na_m1—Ca_m2^x	55.682 (14)	O3^v—K_a—O4^i	130.06 (5)
Ti_m3^x—Na_m1—Ca_m2^xiv	124.318 (14)	O3^v—K_a—K_a^ii	31.88 (3)
Ti_m3^x—Na_m1—Ca_m2^v	124.318 (14)	O3^v—K_a—K_a^iii	72.57 (3)
Ti_m3^x—Na_m1—Mg_m3^xv	180.0 (5)	O3^v—K_a—K_a^viii	83.11 (3)
Ti_m3^x—Na_m1—Mg_m3^x	0.0 (5)	O3^v—K_a—K_a^ix	115.13 (3)
O2—Na_m1—O2^xvi	180.0 (5)	O3^v—K_a—Na_a	0
O2—Na_m1—Mn_m2^xiii	134.37 (3)	O3^v—K_a—Ca_m2^xv	125.31 (3)
O2—Na_m1—Mn_m2^x	45.63 (3)	O3^v—K_a—Ca_m2^v	159.61 (3)
O2—Na_m1—Mn_m2^xiv	134.37 (3)	O3^vi—K_a—O4^iv	56.21 (3)
O2—Na_m1—Mn_m2^v	45.63 (3)	O3^vi—K_a—O4^i	114.60 (4)
O2—Na_m1—Ca_m2^xiii	134.37 (3)	O3^vi—K_a—K_a^ii	114.61 (3)
O2—Na_m1—Ca_m2^x	45.63 (3)	O3^vi—K_a—K_a^iii	174.17 (3)
O2—Na_m1—Ca_m2^xiv	134.37 (3)	O3^vi—K_a—K_a^viii	33.10 (3)
O2—Na_m1—Ca_m2^v	45.63 (3)	O3^vi—K_a—K_a^ix	75.47 (3)
O2—Na_m1—Mg_m3^xv	90	O3^vi—K_a—Na_a	0
O2—Na_m1—Mg_m3^x	90	O3^vi—K_a—Ca_m2^xv	98.44 (3)
O2^xvi—Na_m1—Mn_m2^xiii	45.63 (3)	O3^vi—K_a—Ca_m2^v	61.88 (3)
O2^xvi—Na_m1—Mn_m2^x	134.37 (3)	O4^iv—K_a—O4^i	150.44 (6)
O2^xvi—Na_m1—Mn_m2^xiv	45.63 (3)	O4^iv—K_a—K_a^ii	61.09 (2)
O2^xvi—Na_m1—Mn_m2^v	134.37 (3)	O4^iv—K_a—K_a^iii	129.625 (8)
O2^xvi—Na_m1—Ca_m2^xiii	45.63 (3)	O4^iv—K_a—K_a^viii	61.09 (2)
O2^xvi—Na_m1—Ca_m2^x	134.37 (3)	O4^iv—K_a—K_a^ix	129.625 (8)
O2^xvi—Na_m1—Ca_m2^xiv	45.63 (3)	O4^iv—K_a—Na_a	0
O2^xvi—Na_m1—Ca_m2^v	134.37 (3)	O4^iv—K_a—Ca_m2^xv	86.31 (4)
O2^xvi—Na_m1—Mg_m3^xv	90	O4^iv—K_a—Ca_m2^v	86.31 (4)
O2^xvi—Na_m1—Mg_m3^x	90	O4^i—K_a—K_a^ii	129.082 (9)
Mn_m2^xiii—Na_m1—Mn_m2^x	111.364 (19)	O4^i—K_a—K_a^iii	60.50 (2)
Mn_m2^xiii—Na_m1—Mn_m2^xiv	68.636 (19)	O4^i—K_a—K_a^viii	129.082 (9)
Mn_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	O4^i—K_a—K_a^ix	60.50 (2)
Mn_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	O4^i—K_a—Na_a	0
Mn_m2^xiii—Na_m1—Ca_m2^x	111.364 (19)	O4^i—K_a—Ca_m2^xv	66.43 (4)
Mn_m2^xiii—Na_m1—Ca_m2^xiv	68.636 (19)	O4^i—K_a—Ca_m2^v	66.43 (4)
Mn_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	K_a^ii—K_a—K_a^iii	70.930 (5)
Mn_m2^xiii—Na_m1—Mg_m3^xv	124.318 (14)	K_a^ii—K_a—K_a^viii	99.814 (7)
Mn_m2^xiii—Na_m1—Mg_m3^x	55.682 (14)	K_a^ii—K_a—K_a^ix	146.694 (10)
Mn_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	K_a^ii—K_a—Na_a	0
Mn_m2^x—Na_m1—Mn_m2^v	68.636 (19)	K_a^ii—K_a—Ca_m2^xv	94.224 (11)
Mn_m2^x—Na_m1—Ca_m2^xiii	111.364 (19)	K_a^ii—K_a—Ca_m2^v	130.577 (11)
Mn_m2^x—Na_m1—Ca_m2^x	0.0 (5)	K_a^iii—K_a—K_a^viii	146.694 (10)
Mn_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	K_a^iii—K_a—K_a^ix	98.891 (8)
Mn_m2^x—Na_m1—Ca_m2^v	68.636 (19)	K_a^iii—K_a—Na_a	0
Mn_m2^x—Na_m1—Mg_m3^xv	124.318 (14)	K_a^iii—K_a—Ca_m2^xv	82.612 (10)
Mn_m2^x—Na_m1—Mg_m3^x	55.682 (14)	K_a^iii—K_a—Ca_m2^v	116.379 (10)
Mn_m2^xiv—Na_m1—Mn_m2^v	111.364 (19)	K_a^viii—K_a—K_a^ix	70.930 (5)
Mn_m2^xiv—Na_m1—Ca_m2^xiii	68.636 (19)	K_a^viii—K_a—Na_a	0
Mn_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	K_a^viii—K_a—Ca_m2^xv	130.577 (11)
Mn_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	K_a^viii—K_a—Ca_m2^v	94.224 (11)
Mn_m2^xiv—Na_m1—Ca_m2^v	111.364 (19)	K_a^ix—K_a—Na_a	0
Mn_m2^xiv—Na_m1—Mg_m3^xv	55.682 (14)	K_a^ix—K_a—Ca_m2^xv	116.379 (10)
Mn_m2^xiv—Na_m1—Mg_m3^x	124.318 (14)	K_a^ix—K_a—Ca_m2^v	82.612 (10)
Mn_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	Na_a—K_a—Ca_m2^xv	0
Mn_m2^v—Na_m1—Ca_m2^x	68.636 (19)	Na_a—K_a—Ca_m2^v	0
Mn_m2^v—Na_m1—Ca_m2^xiv	111.364 (19)	Ca_m2^xv—K_a—Ca_m2^v	44.297 (16)
Mn_m2^v—Na_m1—Ca_m2^v	0.0 (5)	Sr_a—Na_a—K_a	0
Mn_m2^v—Na_m1—Mg_m3^xv	55.682 (14)	Na_m1^xx—Mn_m2—Na_m1^xxix	111.36 (3)
Mn_m2^v—Na_m1—Mg_m3^x	124.318 (14)	Na_m1^xx—Mn_m2—Na_m2	0
Ca_m2^xiii—Na_m1—Ca_m2^x	111.364 (19)	Na_m1^xx—Mn_m2—Na_m2^xviii	124.318 (14)
Ca_m2^xiii—Na_m1—Ca_m2^xiv	68.636 (19)	Na_m1^xx—Mn_m2—Ca_m2	0
Ca_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Na_m1^xx—Mn_m2—Ca_m2^xviii	124.318 (14)
Ca_m2^xiii—Na_m1—Mg_m3^xv	124.318 (14)	Na_m1^xxix—Mn_m2—Na_m2	0
Ca_m2^xiii—Na_m1—Mg_m3^x	55.682 (14)	Na_m1^xxix—Mn_m2—Na_m2^xviii	124.318 (14)
Ca_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Na_m1^xxix—Mn_m2—Ca_m2	0
Ca_m2^x—Na_m1—Ca_m2^v	68.636 (19)	Na_m1^xxix—Mn_m2—Ca_m2^xviii	124.318 (14)
Ca_m2^x—Na_m1—Mg_m3^xv	124.318 (14)	Na_m2—Mn_m2—Na_m2^xviii	0
Ca_m2^x—Na_m1—Mg_m3^x	55.682 (14)	Na_m2—Mn_m2—Ca_m2	0
Ca_m2^xiv—Na_m1—Ca_m2^v	111.364 (19)	Na_m2—Mn_m2—Ca_m2^xviii	0
Ca_m2^xiv—Na_m1—Mg_m3^xv	55.682 (14)	Na_m2^xviii—Mn_m2—Ca_m2	0
Ca_m2^xiv—Na_m1—Mg_m3^x	124.318 (14)	Na_m2^xviii—Mn_m2—Ca_m2^xviii	0.0 (5)
Ca_m2^v—Na_m1—Mg_m3^xv	55.682 (14)	Ca_m2—Mn_m2—Ca_m2^xviii	0
Ca_m2^v—Na_m1—Mg_m3^x	124.318 (14)	Ti_l^xx—Ca_m2—Ti_l^iii	116.69 (3)
Mg_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	Ti_l^xx—Ca_m2—Na_m1^xx	61.421 (13)
Ti_l^xx—Na_m2—Ti_l^iii	116.69 (3)	Ti_l^xx—Ca_m2—Na_m1^xxix	83.489 (17)
Ti_l^xx—Na_m2—Na_m1^xx	61.421 (13)	Ti_l^xx—Ca_m2—Na_m2	0
Ti_l^xx—Na_m2—Na_m1^xxix	83.489 (17)	Ti_l^xx—Ca_m2—Na_m2^xvii	58.345 (14)
Ti_l^xx—Na_m2—Na_m2^xvii	58.345 (14)	Ti_l^xx—Ca_m2—Na_m2^xviii	121.655 (14)
Ti_l^xx—Na_m2—Na_m2^xviii	121.655 (14)	Ti_l^xx—Ca_m2—Ti_m3	95.356 (7)
Ti_l^xx—Na_m2—Ti_m3	95.356 (7)	Ti_l^xx—Ca_m2—Ti_m3^xix	117.840 (7)
Ti_l^xx—Na_m2—Ti_m3^xix	117.840 (7)	Ti_l^xx—Ca_m2—O2^xx	24.16 (5)
Ti_l^xx—Na_m2—O2^xx	24.16 (5)	Ti_l^xx—Ca_m2—O2^iii	94.86 (5)
Ti_l^xx—Na_m2—O2^iii	94.86 (5)	Ti_l^xx—Ca_m2—O5^xx	80.26 (4)
Ti_l^xx—Na_m2—O5^xx	80.26 (4)	Ti_l^xx—Ca_m2—O5^iii	106.84 (4)
Ti_l^xx—Na_m2—O5^iii	106.84 (4)	Ti_l^xx—Ca_m2—O_x	82.80 (4)
Ti_l^xx—Na_m2—O_x	82.80 (4)	Ti_l^xx—Ca_m2—O_x^xxi	153.17 (6)
Ti_l^xx—Na_m2—O_x^xxi	153.17 (6)	Ti_l^xx—Ca_m2—K_a^xxx	53.953 (5)
Ti_l^xx—Na_m2—Mn_m2	0	Ti_l^xx—Ca_m2—K_a^ix	169.79 (2)
Ti_l^xx—Na_m2—Mn_m2^xviii	121.655 (14)	Ti_l^xx—Ca_m2—Mn_m2	0
Ti_l^xx—Na_m2—Ca_m2	0	Ti_l^xx—Ca_m2—Mn_m2^xviii	121.655 (14)
Ti_l^xx—Na_m2—Ca_m2^xvii	58.345 (14)	Ti_l^xx—Ca_m2—Ca_m2^xvii	58.345 (14)
Ti_l^xx—Na_m2—Ca_m2^xviii	121.655 (14)	Ti_l^xx—Ca_m2—Ca_m2^xviii	121.655 (14)
Ti_l^xx—Na_m2—Fe_m3	95.356 (7)	Ti_l^xx—Ca_m2—Fe_m3	95.356 (7)
Ti_l^xx—Na_m2—Fe_m3^xix	117.840 (7)	Ti_l^xx—Ca_m2—Fe_m3^xix	117.840 (7)
Ti_l^xx—Na_m2—Mg_m3	95.356 (7)	Ti_l^xx—Ca_m2—Mg_m3	95.356 (7)
Ti_l^xx—Na_m2—Mg_m3^xix	117.840 (7)	Ti_l^xx—Ca_m2—Mg_m3^xix	117.840 (7)
Ti_l^iii—Na_m2—Na_m1^xx	83.489 (17)	Ti_l^iii—Ca_m2—Na_m1^xx	83.489 (17)
Ti_l^iii—Na_m2—Na_m1^xxix	61.421 (13)	Ti_l^iii—Ca_m2—Na_m1^xxix	61.421 (13)
Ti_l^iii—Na_m2—Na_m2^xvii	58.345 (14)	Ti_l^iii—Ca_m2—Na_m2	0
Ti_l^iii—Na_m2—Na_m2^xviii	121.655 (14)	Ti_l^iii—Ca_m2—Na_m2^xvii	58.345 (14)
Ti_l^iii—Na_m2—Ti_m3	117.840 (7)	Ti_l^iii—Ca_m2—Na_m2^xviii	121.655 (14)
Ti_l^iii—Na_m2—Ti_m3^xix	95.356 (7)	Ti_l^iii—Ca_m2—Ti_m3	117.840 (7)
Ti_l^iii—Na_m2—O2^xx	94.86 (5)	Ti_l^iii—Ca_m2—Ti_m3^xix	95.356 (7)
Ti_l^iii—Na_m2—O2^iii	24.16 (5)	Ti_l^iii—Ca_m2—O2^xx	94.86 (5)
Ti_l^iii—Na_m2—O5^xx	106.84 (4)	Ti_l^iii—Ca_m2—O2^iii	24.16 (5)
Ti_l^iii—Na_m2—O5^iii	80.26 (4)	Ti_l^iii—Ca_m2—O5^xx	106.84 (4)
Ti_l^iii—Na_m2—O_x	153.17 (6)	Ti_l^iii—Ca_m2—O5^iii	80.26 (4)
Ti_l^iii—Na_m2—O_x^xxi	82.80 (4)	Ti_l^iii—Ca_m2—O_x	153.17 (6)
Ti_l^iii—Na_m2—Mn_m2	0	Ti_l^iii—Ca_m2—O_x^xxi	82.80 (4)
Ti_l^iii—Na_m2—Mn_m2^xviii	121.655 (14)	Ti_l^iii—Ca_m2—K_a^xxx	169.79 (2)
Ti_l^iii—Na_m2—Ca_m2	0	Ti_l^iii—Ca_m2—K_a^ix	53.953 (5)
Ti_l^iii—Na_m2—Ca_m2^xvii	58.345 (14)	Ti_l^iii—Ca_m2—Mn_m2	0
Ti_l^iii—Na_m2—Ca_m2^xviii	121.655 (14)	Ti_l^iii—Ca_m2—Mn_m2^xviii	121.655 (14)
Ti_l^iii—Na_m2—Fe_m3	117.840 (7)	Ti_l^iii—Ca_m2—Ca_m2^xvii	58.345 (14)
Ti_l^iii—Na_m2—Fe_m3^xix	95.356 (7)	Ti_l^iii—Ca_m2—Ca_m2^xviii	121.655 (14)
Ti_l^iii—Na_m2—Mg_m3	117.840 (7)	Ti_l^iii—Ca_m2—Fe_m3	117.840 (7)
Ti_l^iii—Na_m2—Mg_m3^xix	95.356 (7)	Ti_l^iii—Ca_m2—Fe_m3^xix	95.356 (7)
Na_m1^xx—Na_m2—Na_m1^xxix	111.36 (3)	Ti_l^iii—Ca_m2—Mg_m3	117.840 (7)
Na_m1^xx—Na_m2—Na_m2^xvii	55.682 (14)	Ti_l^iii—Ca_m2—Mg_m3^xix	95.356 (7)
Na_m1^xx—Na_m2—Na_m2^xviii	124.318 (14)	Na_m1^xx—Ca_m2—Na_m1^xxix	111.36 (3)
Na_m1^xx—Na_m2—Ti_m3	66.5844 (19)	Na_m1^xx—Ca_m2—Na_m2	0
Na_m1^xx—Na_m2—Ti_m3^xix	177.95 (3)	Na_m1^xx—Ca_m2—Na_m2^xvii	55.682 (14)
Na_m1^xx—Na_m2—O2^xx	43.99 (6)	Na_m1^xx—Ca_m2—Na_m2^xviii	124.318 (14)
Na_m1^xx—Na_m2—O2^iii	80.22 (5)	Na_m1^xx—Ca_m2—Ti_m3	66.5844 (19)
Na_m1^xx—Na_m2—O5^xx	140.31 (5)	Na_m1^xx—Ca_m2—Ti_m3^xix	177.95 (3)
Na_m1^xx—Na_m2—O5^iii	50.20 (4)	Na_m1^xx—Ca_m2—O2^xx	43.99 (6)
Na_m1^xx—Na_m2—O_x	91.20 (5)	Na_m1^xx—Ca_m2—O2^iii	80.22 (5)
Na_m1^xx—Na_m2—O_x^xxi	143.42 (6)	Na_m1^xx—Ca_m2—O5^xx	140.31 (5)
Na_m1^xx—Na_m2—Mn_m2	0	Na_m1^xx—Ca_m2—O5^iii	50.20 (4)
Na_m1^xx—Na_m2—Mn_m2^xviii	124.318 (14)	Na_m1^xx—Ca_m2—O_x	91.20 (5)
Na_m1^xx—Na_m2—Ca_m2	0	Na_m1^xx—Ca_m2—O_x^xxi	143.42 (6)
Na_m1^xx—Na_m2—Ca_m2^xvii	55.682 (14)	Na_m1^xx—Ca_m2—K_a^xxx	93.926 (4)
Na_m1^xx—Na_m2—Ca_m2^xviii	124.318 (14)	Na_m1^xx—Ca_m2—K_a^ix	110.893 (5)
Na_m1^xx—Na_m2—Fe_m3	66.5844 (19)	Na_m1^xx—Ca_m2—Mn_m2	0
Na_m1^xx—Na_m2—Fe_m3^xix	177.95 (3)	Na_m1^xx—Ca_m2—Mn_m2^xviii	124.318 (14)
Na_m1^xx—Na_m2—Mg_m3	66.5844 (19)	Na_m1^xx—Ca_m2—Ca_m2^xvii	55.682 (14)
Na_m1^xx—Na_m2—Mg_m3^xix	177.95 (3)	Na_m1^xx—Ca_m2—Ca_m2^xviii	124.318 (14)
Na_m1^xxix—Na_m2—Na_m2^xvii	55.682 (14)	Na_m1^xx—Ca_m2—Fe_m3	66.5844 (19)
Na_m1^xxix—Na_m2—Na_m2^xviii	124.318 (14)	Na_m1^xx—Ca_m2—Fe_m3^xix	177.95 (3)
Na_m1^xxix—Na_m2—Ti_m3	177.95 (3)	Na_m1^xx—Ca_m2—Mg_m3	66.5844 (19)
Na_m1^xxix—Na_m2—Ti_m3^xix	66.5844 (19)	Na_m1^xx—Ca_m2—Mg_m3^xix	177.95 (3)
Na_m1^xxix—Na_m2—O2^xx	80.22 (5)	Na_m1^xxix—Ca_m2—Na_m2	0
Na_m1^xxix—Na_m2—O2^iii	43.99 (6)	Na_m1^xxix—Ca_m2—Na_m2^xvii	55.682 (14)
Na_m1^xxix—Na_m2—O5^xx	50.20 (4)	Na_m1^xxix—Ca_m2—Na_m2^xviii	124.318 (14)
Na_m1^xxix—Na_m2—O5^iii	140.31 (5)	Na_m1^xxix—Ca_m2—Ti_m3	177.95 (3)
Na_m1^xxix—Na_m2—O_x	143.42 (6)	Na_m1^xxix—Ca_m2—Ti_m3^xix	66.5844 (19)
Na_m1^xxix—Na_m2—O_x^xxi	91.20 (5)	Na_m1^xxix—Ca_m2—O2^xx	80.22 (5)
Na_m1^xxix—Na_m2—Mn_m2	0	Na_m1^xxix—Ca_m2—O2^iii	43.99 (6)
Na_m1^xxix—Na_m2—Mn_m2^xviii	124.318 (14)	Na_m1^xxix—Ca_m2—O5^xx	50.20 (4)
Na_m1^xxix—Na_m2—Ca_m2	0	Na_m1^xxix—Ca_m2—O5^iii	140.31 (5)
Na_m1^xxix—Na_m2—Ca_m2^xvii	55.682 (14)	Na_m1^xxix—Ca_m2—O_x	143.42 (6)
Na_m1^xxix—Na_m2—Ca_m2^xviii	124.318 (14)	Na_m1^xxix—Ca_m2—O_x^xxi	91.20 (5)
Na_m1^xxix—Na_m2—Fe_m3	177.95 (3)	Na_m1^xxix—Ca_m2—K_a^xxx	110.893 (5)
Na_m1^xxix—Na_m2—Fe_m3^xix	66.5844 (19)	Na_m1^xxix—Ca_m2—K_a^ix	93.926 (4)
Na_m1^xxix—Na_m2—Mg_m3	177.95 (3)	Na_m1^xxix—Ca_m2—Mn_m2	0
Na_m1^xxix—Na_m2—Mg_m3^xix	66.5844 (19)	Na_m1^xxix—Ca_m2—Mn_m2^xviii	124.318 (14)
Na_m2^xvii—Na_m2—Na_m2^xviii	180.0 (5)	Na_m1^xxix—Ca_m2—Ca_m2^xvii	55.682 (14)
Na_m2^xvii—Na_m2—Ti_m3	122.266 (14)	Na_m1^xxix—Ca_m2—Ca_m2^xviii	124.318 (14)
Na_m2^xvii—Na_m2—Ti_m3^xix	122.266 (14)	Na_m1^xxix—Ca_m2—Fe_m3	177.95 (3)
Na_m2^xvii—Na_m2—O2^xx	37.94 (4)	Na_m1^xxix—Ca_m2—Fe_m3^xix	66.5844 (19)
Na_m2^xvii—Na_m2—O2^iii	37.94 (4)	Na_m1^xxix—Ca_m2—Mg_m3	177.95 (3)
Na_m2^xvii—Na_m2—O5^xx	96.59 (5)	Na_m1^xxix—Ca_m2—Mg_m3^xix	66.5844 (19)
Na_m2^xvii—Na_m2—O5^iii	96.59 (5)	Na_m2—Ca_m2—Na_m2^xvii	0
Na_m2^xvii—Na_m2—O_x	136.95 (4)	Na_m2—Ca_m2—Na_m2^xviii	0
Na_m2^xvii—Na_m2—O_x^xxi	136.95 (4)	Na_m2—Ca_m2—Ti_m3	0
Na_m2^xvii—Na_m2—Mn_m2	0	Na_m2—Ca_m2—Ti_m3^xix	0
Na_m2^xvii—Na_m2—Mn_m2^xviii	180.0 (5)	Na_m2—Ca_m2—O2^xx	0
Na_m2^xvii—Na_m2—Ca_m2	0	Na_m2—Ca_m2—O2^iii	0
Na_m2^xvii—Na_m2—Ca_m2^xvii	0.0 (5)	Na_m2—Ca_m2—O5^xx	0
Na_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	Na_m2—Ca_m2—O5^iii	0
Na_m2^xvii—Na_m2—Fe_m3	122.266 (14)	Na_m2—Ca_m2—O_x	0
Na_m2^xvii—Na_m2—Fe_m3^xix	122.266 (14)	Na_m2—Ca_m2—O_x^xxi	0
Na_m2^xvii—Na_m2—Mg_m3	122.266 (14)	Na_m2—Ca_m2—K_a^xxx	0
Na_m2^xvii—Na_m2—Mg_m3^xix	122.266 (14)	Na_m2—Ca_m2—K_a^ix	0
Na_m2^xviii—Na_m2—Ti_m3	57.734 (14)	Na_m2—Ca_m2—Mn_m2	0
Na_m2^xviii—Na_m2—Ti_m3^xix	57.734 (14)	Na_m2—Ca_m2—Mn_m2^xviii	0
Na_m2^xviii—Na_m2—O2^xx	142.06 (4)	Na_m2—Ca_m2—Ca_m2^xvii	0
Na_m2^xviii—Na_m2—O2^iii	142.06 (4)	Na_m2—Ca_m2—Ca_m2^xviii	0
Na_m2^xviii—Na_m2—O5^xx	83.41 (5)	Na_m2—Ca_m2—Fe_m3	0
Na_m2^xviii—Na_m2—O5^iii	83.41 (5)	Na_m2—Ca_m2—Fe_m3^xix	0
Na_m2^xviii—Na_m2—O_x	43.05 (4)	Na_m2—Ca_m2—Mg_m3	0
Na_m2^xviii—Na_m2—O_x^xxi	43.05 (4)	Na_m2—Ca_m2—Mg_m3^xix	0
Na_m2^xviii—Na_m2—Mn_m2	0	Na_m2^xvii—Ca_m2—Na_m2^xviii	180.0 (5)
Na_m2^xviii—Na_m2—Mn_m2^xviii	0.0 (5)	Na_m2^xvii—Ca_m2—Ti_m3	122.266 (14)
Na_m2^xviii—Na_m2—Ca_m2	0	Na_m2^xvii—Ca_m2—Ti_m3^xix	122.266 (14)
Na_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	Na_m2^xvii—Ca_m2—O2^xx	37.94 (4)
Na_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	Na_m2^xvii—Ca_m2—O2^iii	37.94 (4)
Na_m2^xviii—Na_m2—Fe_m3	57.734 (14)	Na_m2^xvii—Ca_m2—O5^xx	96.59 (5)
Na_m2^xviii—Na_m2—Fe_m3^xix	57.734 (14)	Na_m2^xvii—Ca_m2—O5^iii	96.59 (5)
Na_m2^xviii—Na_m2—Mg_m3	57.734 (14)	Na_m2^xvii—Ca_m2—O_x	136.95 (4)
Na_m2^xviii—Na_m2—Mg_m3^xix	57.734 (14)	Na_m2^xvii—Ca_m2—O_x^xxi	136.95 (4)
Ti_m3—Na_m2—Ti_m3^xix	115.47 (3)	Na_m2^xvii—Ca_m2—K_a^xxx	112.148 (11)
Ti_m3—Na_m2—O2^xx	98.03 (5)	Na_m2^xvii—Ca_m2—K_a^ix	112.148 (11)
Ti_m3—Na_m2—O2^iii	134.62 (6)	Na_m2^xvii—Ca_m2—Mn_m2	0
Ti_m3—Na_m2—O5^xx	131.33 (5)	Na_m2^xvii—Ca_m2—Mn_m2^xviii	180.0 (5)
Ti_m3—Na_m2—O5^iii	38.48 (4)	Na_m2^xvii—Ca_m2—Ca_m2^xvii	0.0 (5)
Ti_m3—Na_m2—O_x	37.77 (6)	Na_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
Ti_m3—Na_m2—O_x^xxi	90.59 (5)	Na_m2^xvii—Ca_m2—Fe_m3	122.266 (14)
Ti_m3—Na_m2—Mn_m2	0	Na_m2^xvii—Ca_m2—Fe_m3^xix	122.266 (14)
Ti_m3—Na_m2—Mn_m2^xviii	57.734 (14)	Na_m2^xvii—Ca_m2—Mg_m3	122.266 (14)
Ti_m3—Na_m2—Ca_m2	0	Na_m2^xvii—Ca_m2—Mg_m3^xix	122.266 (14)
Ti_m3—Na_m2—Ca_m2^xvii	122.266 (14)	Na_m2^xviii—Ca_m2—Ti_m3	57.734 (14)
Ti_m3—Na_m2—Ca_m2^xviii	57.734 (14)	Na_m2^xviii—Ca_m2—Ti_m3^xix	57.734 (14)
Ti_m3—Na_m2—Fe_m3	0.0 (5)	Na_m2^xviii—Ca_m2—O2^xx	142.06 (4)
Ti_m3—Na_m2—Fe_m3^xix	115.47 (3)	Na_m2^xviii—Ca_m2—O2^iii	142.06 (4)
Ti_m3—Na_m2—Mg_m3	0.0 (5)	Na_m2^xviii—Ca_m2—O5^xx	83.41 (5)
Ti_m3—Na_m2—Mg_m3^xix	115.47 (3)	Na_m2^xviii—Ca_m2—O5^iii	83.41 (5)
Ti_m3^xix—Na_m2—O2^xx	134.62 (6)	Na_m2^xviii—Ca_m2—O_x	43.05 (4)
Ti_m3^xix—Na_m2—O2^iii	98.03 (5)	Na_m2^xviii—Ca_m2—O_x^xxi	43.05 (4)
Ti_m3^xix—Na_m2—O5^xx	38.48 (4)	Na_m2^xviii—Ca_m2—K_a^xxx	67.852 (11)
Ti_m3^xix—Na_m2—O5^iii	131.33 (5)	Na_m2^xviii—Ca_m2—K_a^ix	67.852 (11)
Ti_m3^xix—Na_m2—O_x	90.59 (5)	Na_m2^xviii—Ca_m2—Mn_m2	0
Ti_m3^xix—Na_m2—O_x^xxi	37.77 (6)	Na_m2^xviii—Ca_m2—Mn_m2^xviii	0.0 (5)
Ti_m3^xix—Na_m2—Mn_m2	0	Na_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
Ti_m3^xix—Na_m2—Mn_m2^xviii	57.734 (14)	Na_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
Ti_m3^xix—Na_m2—Ca_m2	0	Na_m2^xviii—Ca_m2—Fe_m3	57.734 (14)
Ti_m3^xix—Na_m2—Ca_m2^xvii	122.266 (14)	Na_m2^xviii—Ca_m2—Fe_m3^xix	57.734 (14)
Ti_m3^xix—Na_m2—Ca_m2^xviii	57.734 (14)	Na_m2^xviii—Ca_m2—Mg_m3	57.734 (14)
Ti_m3^xix—Na_m2—Fe_m3	115.47 (3)	Na_m2^xviii—Ca_m2—Mg_m3^xix	57.734 (14)
Ti_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	Ti_m3—Ca_m2—Ti_m3^xix	115.47 (3)
Ti_m3^xix—Na_m2—Mg_m3	115.47 (3)	Ti_m3—Ca_m2—O2^xx	98.03 (5)
Ti_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	Ti_m3—Ca_m2—O2^iii	134.62 (6)
O2^xx—Na_m2—O2^iii	75.88 (6)	Ti_m3—Ca_m2—O5^xx	131.33 (5)
O2^xx—Na_m2—O5^xx	96.40 (7)	Ti_m3—Ca_m2—O5^iii	38.48 (4)
O2^xx—Na_m2—O5^iii	93.98 (7)	Ti_m3—Ca_m2—O_x	37.77 (6)
O2^xx—Na_m2—O_x	99.47 (6)	Ti_m3—Ca_m2—O_x^xxi	90.59 (5)
O2^xx—Na_m2—O_x^xxi	171.15 (7)	Ti_m3—Ca_m2—K_a^xxx	69.588 (9)
O2^xx—Na_m2—Mn_m2	0	Ti_m3—Ca_m2—K_a^ix	86.918 (13)
O2^xx—Na_m2—Mn_m2^xviii	142.06 (4)	Ti_m3—Ca_m2—Mn_m2	0
O2^xx—Na_m2—Ca_m2	0	Ti_m3—Ca_m2—Mn_m2^xviii	57.734 (14)
O2^xx—Na_m2—Ca_m2^xvii	37.94 (4)	Ti_m3—Ca_m2—Ca_m2^xvii	122.266 (14)
O2^xx—Na_m2—Ca_m2^xviii	142.06 (4)	Ti_m3—Ca_m2—Ca_m2^xviii	57.734 (14)
O2^xx—Na_m2—Fe_m3	98.03 (5)	Ti_m3—Ca_m2—Fe_m3	0.0 (5)
O2^xx—Na_m2—Fe_m3^xix	134.62 (6)	Ti_m3—Ca_m2—Fe_m3^xix	115.47 (3)
O2^xx—Na_m2—Mg_m3	98.03 (5)	Ti_m3—Ca_m2—Mg_m3	0.0 (5)
O2^xx—Na_m2—Mg_m3^xix	134.62 (6)	Ti_m3—Ca_m2—Mg_m3^xix	115.47 (3)
O2^iii—Na_m2—O5^xx	93.98 (7)	Ti_m3^xix—Ca_m2—O2^xx	134.62 (6)
O2^iii—Na_m2—O5^iii	96.40 (7)	Ti_m3^xix—Ca_m2—O2^iii	98.03 (5)
O2^iii—Na_m2—O_x	171.15 (7)	Ti_m3^xix—Ca_m2—O5^xx	38.48 (4)
O2^iii—Na_m2—O_x^xxi	99.47 (6)	Ti_m3^xix—Ca_m2—O5^iii	131.33 (5)
O2^iii—Na_m2—Mn_m2	0	Ti_m3^xix—Ca_m2—O_x	90.59 (5)
O2^iii—Na_m2—Mn_m2^xviii	142.06 (4)	Ti_m3^xix—Ca_m2—O_x^xxi	37.77 (6)
O2^iii—Na_m2—Ca_m2	0	Ti_m3^xix—Ca_m2—K_a^xxx	86.918 (13)
O2^iii—Na_m2—Ca_m2^xvii	37.94 (4)	Ti_m3^xix—Ca_m2—K_a^ix	69.588 (9)
O2^iii—Na_m2—Ca_m2^xviii	142.06 (4)	Ti_m3^xix—Ca_m2—Mn_m2	0
O2^iii—Na_m2—Fe_m3	134.62 (6)	Ti_m3^xix—Ca_m2—Mn_m2^xviii	57.734 (14)
O2^iii—Na_m2—Fe_m3^xix	98.03 (5)	Ti_m3^xix—Ca_m2—Ca_m2^xvii	122.266 (14)
O2^iii—Na_m2—Mg_m3	134.62 (6)	Ti_m3^xix—Ca_m2—Ca_m2^xviii	57.734 (14)
O2^iii—Na_m2—Mg_m3^xix	98.03 (5)	Ti_m3^xix—Ca_m2—Fe_m3	115.47 (3)
O5^xx—Na_m2—O5^iii	166.82 (7)	Ti_m3^xix—Ca_m2—Fe_m3^xix	0.0 (5)
O5^xx—Na_m2—O_x	94.02 (7)	Ti_m3^xix—Ca_m2—Mg_m3	115.47 (3)
O5^xx—Na_m2—O_x^xxi	76.24 (7)	Ti_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
O5^xx—Na_m2—Mn_m2	0	O2^xx—Ca_m2—O2^iii	75.88 (6)
O5^xx—Na_m2—Mn_m2^xviii	83.41 (5)	O2^xx—Ca_m2—O5^xx	96.40 (7)
O5^xx—Na_m2—Ca_m2	0	O2^xx—Ca_m2—O5^iii	93.98 (7)
O5^xx—Na_m2—Ca_m2^xvii	96.59 (5)	O2^xx—Ca_m2—O_x	99.47 (6)
O5^xx—Na_m2—Ca_m2^xviii	83.41 (5)	O2^xx—Ca_m2—O_x^xxi	171.15 (7)
O5^xx—Na_m2—Fe_m3	131.33 (5)	O2^xx—Ca_m2—K_a^xxx	76.64 (4)
O5^xx—Na_m2—Fe_m3^xix	38.48 (4)	O2^xx—Ca_m2—K_a^ix	145.66 (5)
O5^xx—Na_m2—Mg_m3	131.33 (5)	O2^xx—Ca_m2—Mn_m2	0
O5^xx—Na_m2—Mg_m3^xix	38.48 (4)	O2^xx—Ca_m2—Mn_m2^xviii	142.06 (4)
O5^iii—Na_m2—O_x	76.24 (7)	O2^xx—Ca_m2—Ca_m2^xvii	37.94 (4)
O5^iii—Na_m2—O_x^xxi	94.02 (7)	O2^xx—Ca_m2—Ca_m2^xviii	142.06 (4)
O5^iii—Na_m2—Mn_m2	0	O2^xx—Ca_m2—Fe_m3	98.03 (5)
O5^iii—Na_m2—Mn_m2^xviii	83.41 (5)	O2^xx—Ca_m2—Fe_m3^xix	134.62 (6)
O5^iii—Na_m2—Ca_m2	0	O2^xx—Ca_m2—Mg_m3	98.03 (5)
O5^iii—Na_m2—Ca_m2^xvii	96.59 (5)	O2^xx—Ca_m2—Mg_m3^xix	134.62 (6)
O5^iii—Na_m2—Ca_m2^xviii	83.41 (5)	O2^iii—Ca_m2—O5^xx	93.98 (7)
O5^iii—Na_m2—Fe_m3	38.48 (4)	O2^iii—Ca_m2—O5^iii	96.40 (7)
O5^iii—Na_m2—Fe_m3^xix	131.33 (5)	O2^iii—Ca_m2—O_x	171.15 (7)
O5^iii—Na_m2—Mg_m3	38.48 (4)	O2^iii—Ca_m2—O_x^xxi	99.47 (6)
O5^iii—Na_m2—Mg_m3^xix	131.33 (5)	O2^iii—Ca_m2—K_a^xxx	145.66 (5)
O_x—Na_m2—O_x^xxi	86.11 (6)	O2^iii—Ca_m2—K_a^ix	76.64 (4)
O_x—Na_m2—Mn_m2	0	O2^iii—Ca_m2—Mn_m2	0
O_x—Na_m2—Mn_m2^xviii	43.05 (4)	O2^iii—Ca_m2—Mn_m2^xviii	142.06 (4)
O_x—Na_m2—Ca_m2	0	O2^iii—Ca_m2—Ca_m2^xvii	37.94 (4)
O_x—Na_m2—Ca_m2^xvii	136.95 (4)	O2^iii—Ca_m2—Ca_m2^xviii	142.06 (4)
O_x—Na_m2—Ca_m2^xviii	43.05 (4)	O2^iii—Ca_m2—Fe_m3	134.62 (6)
O_x—Na_m2—Fe_m3	37.77 (6)	O2^iii—Ca_m2—Fe_m3^xix	98.03 (5)
O_x—Na_m2—Fe_m3^xix	90.59 (5)	O2^iii—Ca_m2—Mg_m3	134.62 (6)
O_x—Na_m2—Mg_m3	37.77 (6)	O2^iii—Ca_m2—Mg_m3^xix	98.03 (5)
O_x—Na_m2—Mg_m3^xix	90.59 (5)	O5^xx—Ca_m2—O5^iii	166.82 (7)
O_x^xxi—Na_m2—Mn_m2	0	O5^xx—Ca_m2—O_x	94.02 (7)
O_x^xxi—Na_m2—Mn_m2^xviii	43.05 (4)	O5^xx—Ca_m2—O_x^xxi	76.24 (7)
O_x^xxi—Na_m2—Ca_m2	0	O5^xx—Ca_m2—K_a^xxx	69.09 (4)
O_x^xxi—Na_m2—Ca_m2^xvii	136.95 (4)	O5^xx—Ca_m2—K_a^ix	105.69 (4)
O_x^xxi—Na_m2—Ca_m2^xviii	43.05 (4)	O5^xx—Ca_m2—Mn_m2	0
O_x^xxi—Na_m2—Fe_m3	90.59 (5)	O5^xx—Ca_m2—Mn_m2^xviii	83.41 (5)
O_x^xxi—Na_m2—Fe_m3^xix	37.77 (6)	O5^xx—Ca_m2—Ca_m2^xvii	96.59 (5)
O_x^xxi—Na_m2—Mg_m3	90.59 (5)	O5^xx—Ca_m2—Ca_m2^xviii	83.41 (5)
O_x^xxi—Na_m2—Mg_m3^xix	37.77 (6)	O5^xx—Ca_m2—Fe_m3	131.33 (5)
Mn_m2—Na_m2—Mn_m2^xviii	0	O5^xx—Ca_m2—Fe_m3^xix	38.48 (4)
Mn_m2—Na_m2—Ca_m2	0	O5^xx—Ca_m2—Mg_m3	131.33 (5)
Mn_m2—Na_m2—Ca_m2^xvii	0	O5^xx—Ca_m2—Mg_m3^xix	38.48 (4)
Mn_m2—Na_m2—Ca_m2^xviii	0	O5^iii—Ca_m2—O_x	76.24 (7)
Mn_m2—Na_m2—Fe_m3	0	O5^iii—Ca_m2—O_x^xxi	94.02 (7)
Mn_m2—Na_m2—Fe_m3^xix	0	O5^iii—Ca_m2—K_a^xxx	105.69 (4)
Mn_m2—Na_m2—Mg_m3	0	O5^iii—Ca_m2—K_a^ix	69.09 (4)
Mn_m2—Na_m2—Mg_m3^xix	0	O5^iii—Ca_m2—Mn_m2	0
Mn_m2^xviii—Na_m2—Ca_m2	0	O5^iii—Ca_m2—Mn_m2^xviii	83.41 (5)
Mn_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	O5^iii—Ca_m2—Ca_m2^xvii	96.59 (5)
Mn_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	O5^iii—Ca_m2—Ca_m2^xviii	83.41 (5)
Mn_m2^xviii—Na_m2—Fe_m3	57.734 (14)	O5^iii—Ca_m2—Fe_m3	38.48 (4)
Mn_m2^xviii—Na_m2—Fe_m3^xix	57.734 (14)	O5^iii—Ca_m2—Fe_m3^xix	131.33 (5)
Mn_m2^xviii—Na_m2—Mg_m3	57.734 (14)	O5^iii—Ca_m2—Mg_m3	38.48 (4)
Mn_m2^xviii—Na_m2—Mg_m3^xix	57.734 (14)	O5^iii—Ca_m2—Mg_m3^xix	131.33 (5)
Ca_m2—Na_m2—Ca_m2^xvii	0	O_x—Ca_m2—O_x^xxi	86.11 (6)
Ca_m2—Na_m2—Ca_m2^xviii	0	O_x—Ca_m2—K_a^xxx	36.35 (6)
Ca_m2—Na_m2—Fe_m3	0	O_x—Ca_m2—K_a^ix	104.74 (5)
Ca_m2—Na_m2—Fe_m3^xix	0	O_x—Ca_m2—Mn_m2	0
Ca_m2—Na_m2—Mg_m3	0	O_x—Ca_m2—Mn_m2^xviii	43.05 (4)
Ca_m2—Na_m2—Mg_m3^xix	0	O_x—Ca_m2—Ca_m2^xvii	136.95 (4)
Ca_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	O_x—Ca_m2—Ca_m2^xviii	43.05 (4)
Ca_m2^xvii—Na_m2—Fe_m3	122.266 (14)	O_x—Ca_m2—Fe_m3	37.77 (6)
Ca_m2^xvii—Na_m2—Fe_m3^xix	122.266 (14)	O_x—Ca_m2—Fe_m3^xix	90.59 (5)
Ca_m2^xvii—Na_m2—Mg_m3	122.266 (14)	O_x—Ca_m2—Mg_m3	37.77 (6)
Ca_m2^xvii—Na_m2—Mg_m3^xix	122.266 (14)	O_x—Ca_m2—Mg_m3^xix	90.59 (5)
Ca_m2^xviii—Na_m2—Fe_m3	57.734 (14)	O_x^xxi—Ca_m2—K_a^xxx	104.74 (5)
Ca_m2^xviii—Na_m2—Fe_m3^xix	57.734 (14)	O_x^xxi—Ca_m2—K_a^ix	36.35 (6)
Ca_m2^xviii—Na_m2—Mg_m3	57.734 (14)	O_x^xxi—Ca_m2—Mn_m2	0
Ca_m2^xviii—Na_m2—Mg_m3^xix	57.734 (14)	O_x^xxi—Ca_m2—Mn_m2^xviii	43.05 (4)
Fe_m3—Na_m2—Fe_m3^xix	115.47 (3)	O_x^xxi—Ca_m2—Ca_m2^xvii	136.95 (4)
Fe_m3—Na_m2—Mg_m3	0.0 (5)	O_x^xxi—Ca_m2—Ca_m2^xviii	43.05 (4)
Fe_m3—Na_m2—Mg_m3^xix	115.47 (3)	O_x^xxi—Ca_m2—Fe_m3	90.59 (5)
Fe_m3^xix—Na_m2—Mg_m3	115.47 (3)	O_x^xxi—Ca_m2—Fe_m3^xix	37.77 (6)
Fe_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	O_x^xxi—Ca_m2—Mg_m3	90.59 (5)
Mg_m3—Na_m2—Mg_m3^xix	115.47 (3)	O_x^xxi—Ca_m2—Mg_m3^xix	37.77 (6)
Na_m1^xx—Ti_m3—Na_m1^xxx	180.0 (5)	K_a^xxx—Ca_m2—K_a^ix	135.70 (2)
Na_m1^xx—Ti_m3—Na_m2^xi	57.734 (14)	K_a^xxx—Ca_m2—Mn_m2	0
Na_m1^xx—Ti_m3—Na_m2	57.734 (14)	K_a^xxx—Ca_m2—Mn_m2^xviii	67.852 (11)
Na_m1^xx—Ti_m3—Na_m2^xxvi	122.266 (14)	K_a^xxx—Ca_m2—Ca_m2^xvii	112.148 (11)
Na_m1^xx—Ti_m3—Na_m2^xviii	122.266 (14)	K_a^xxx—Ca_m2—Ca_m2^xviii	67.852 (11)
Na_m1^xx—Ti_m3—O5^xxii	43.74 (4)	K_a^xxx—Ca_m2—Fe_m3	69.588 (9)
Na_m1^xx—Ti_m3—O5^iii	43.74 (4)	K_a^xxx—Ca_m2—Fe_m3^xix	86.918 (13)
Na_m1^xx—Ti_m3—O5^xxiii	136.26 (4)	K_a^xxx—Ca_m2—Mg_m3	69.588 (9)
Na_m1^xx—Ti_m3—O5^xxiv	136.26 (4)	K_a^xxx—Ca_m2—Mg_m3^xix	86.918 (13)
Na_m1^xx—Ti_m3—O_x	90	K_a^ix—Ca_m2—Mn_m2	0
Na_m1^xx—Ti_m3—O_x^xxv	90	K_a^ix—Ca_m2—Mn_m2^xviii	67.852 (11)
Na_m1^xx—Ti_m3—Ca_m2^xi	57.734 (14)	K_a^ix—Ca_m2—Ca_m2^xvii	112.148 (11)
Na_m1^xx—Ti_m3—Ca_m2	57.734 (14)	K_a^ix—Ca_m2—Ca_m2^xviii	67.852 (11)
Na_m1^xx—Ti_m3—Ca_m2^xxvi	122.266 (14)	K_a^ix—Ca_m2—Fe_m3	86.918 (13)
Na_m1^xx—Ti_m3—Ca_m2^xviii	122.266 (14)	K_a^ix—Ca_m2—Fe_m3^xix	69.588 (9)
Na_m1^xx—Ti_m3—Fe_m3	0	K_a^ix—Ca_m2—Mg_m3	86.918 (13)
Na_m1^xx—Ti_m3—Mg_m3	0	K_a^ix—Ca_m2—Mg_m3^xix	69.588 (9)
Na_m1^xxx—Ti_m3—Na_m2^xi	122.266 (14)	Mn_m2—Ca_m2—Mn_m2^xviii	0
Na_m1^xxx—Ti_m3—Na_m2	122.266 (14)	Mn_m2—Ca_m2—Ca_m2^xvii	0
Na_m1^xxx—Ti_m3—Na_m2^xxvi	57.734 (14)	Mn_m2—Ca_m2—Ca_m2^xviii	0
Na_m1^xxx—Ti_m3—Na_m2^xviii	57.734 (14)	Mn_m2—Ca_m2—Fe_m3	0
Na_m1^xxx—Ti_m3—O5^xxii	136.26 (4)	Mn_m2—Ca_m2—Fe_m3^xix	0
Na_m1^xxx—Ti_m3—O5^iii	136.26 (4)	Mn_m2—Ca_m2—Mg_m3	0
Na_m1^xxx—Ti_m3—O5^xxiii	43.74 (4)	Mn_m2—Ca_m2—Mg_m3^xix	0
Na_m1^xxx—Ti_m3—O5^xxiv	43.74 (4)	Mn_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
Na_m1^xxx—Ti_m3—O_x	90	Mn_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
Na_m1^xxx—Ti_m3—O_x^xxv	90	Mn_m2^xviii—Ca_m2—Fe_m3	57.734 (14)
Na_m1^xxx—Ti_m3—Ca_m2^xi	122.266 (14)	Mn_m2^xviii—Ca_m2—Fe_m3^xix	57.734 (14)
Na_m1^xxx—Ti_m3—Ca_m2	122.266 (14)	Mn_m2^xviii—Ca_m2—Mg_m3	57.734 (14)
Na_m1^xxx—Ti_m3—Ca_m2^xxvi	57.734 (14)	Mn_m2^xviii—Ca_m2—Mg_m3^xix	57.734 (14)
Na_m1^xxx—Ti_m3—Ca_m2^xviii	57.734 (14)	Ca_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
Na_m1^xxx—Ti_m3—Fe_m3	0	Ca_m2^xvii—Ca_m2—Fe_m3	122.266 (14)
Na_m1^xxx—Ti_m3—Mg_m3	0	Ca_m2^xvii—Ca_m2—Fe_m3^xix	122.266 (14)
Na_m2^xi—Ti_m3—Na_m2	115.47 (2)	Ca_m2^xvii—Ca_m2—Mg_m3	122.266 (14)
Na_m2^xi—Ti_m3—Na_m2^xxvi	64.53 (2)	Ca_m2^xvii—Ca_m2—Mg_m3^xix	122.266 (14)
Na_m2^xi—Ti_m3—Na_m2^xviii	180.0 (5)	Ca_m2^xviii—Ca_m2—Fe_m3	57.734 (14)
Na_m2^xi—Ti_m3—O5^xxii	44.16 (5)	Ca_m2^xviii—Ca_m2—Fe_m3^xix	57.734 (14)
Na_m2^xi—Ti_m3—O5^iii	86.91 (4)	Ca_m2^xviii—Ca_m2—Mg_m3	57.734 (14)
Na_m2^xi—Ti_m3—O5^xxiii	135.84 (5)	Ca_m2^xviii—Ca_m2—Mg_m3^xix	57.734 (14)
Na_m2^xi—Ti_m3—O5^xxiv	93.09 (4)	Fe_m3—Ca_m2—Fe_m3^xix	115.47 (3)
Na_m2^xi—Ti_m3—O_x	133.35 (4)	Fe_m3—Ca_m2—Mg_m3	0.0 (5)
Na_m2^xi—Ti_m3—O_x^xxv	46.65 (4)	Fe_m3—Ca_m2—Mg_m3^xix	115.47 (3)
Na_m2^xi—Ti_m3—Ca_m2^xi	0.0 (5)	Fe_m3^xix—Ca_m2—Mg_m3	115.47 (3)
Na_m2^xi—Ti_m3—Ca_m2	115.47 (2)	Fe_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
Na_m2^xi—Ti_m3—Ca_m2^xxvi	64.53 (2)	Mg_m3—Ca_m2—Mg_m3^xix	115.47 (3)
Na_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Na_m2^xi—Fe_m3—Na_m2	115.47 (2)
Na_m2^xi—Ti_m3—Fe_m3	0	Na_m2^xi—Fe_m3—Na_m2^xxvi	64.53 (2)
Na_m2^xi—Ti_m3—Mg_m3	0	Na_m2^xi—Fe_m3—Na_m2^xviii	180.0 (5)
Na_m2—Ti_m3—Na_m2^xxvi	180.0 (5)	Na_m2^xi—Fe_m3—Ti_m3	0
Na_m2—Ti_m3—Na_m2^xviii	64.53 (2)	Na_m2^xi—Fe_m3—O5^xxii	44.16 (5)
Na_m2—Ti_m3—O5^xxii	86.91 (4)	Na_m2^xi—Fe_m3—O5^iii	86.91 (4)
Na_m2—Ti_m3—O5^iii	44.16 (5)	Na_m2^xi—Fe_m3—O5^xxiii	135.84 (5)
Na_m2—Ti_m3—O5^xxiii	93.09 (4)	Na_m2^xi—Fe_m3—O5^xxiv	93.09 (4)
Na_m2—Ti_m3—O5^xxiv	135.84 (5)	Na_m2^xi—Fe_m3—O_x	133.35 (4)
Na_m2—Ti_m3—O_x	46.65 (4)	Na_m2^xi—Fe_m3—O_x^xxv	46.65 (4)
Na_m2—Ti_m3—O_x^xxv	133.35 (4)	Na_m2^xi—Fe_m3—Ca_m2^xi	0.0 (5)
Na_m2—Ti_m3—Ca_m2^xi	115.47 (2)	Na_m2^xi—Fe_m3—Ca_m2	115.47 (2)
Na_m2—Ti_m3—Ca_m2	0.0 (5)	Na_m2^xi—Fe_m3—Ca_m2^xxvi	64.53 (2)
Na_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Na_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Na_m2—Ti_m3—Ca_m2^xviii	64.53 (2)	Na_m2^xi—Fe_m3—Mg_m3	0
Na_m2—Ti_m3—Fe_m3	0	Na_m2—Fe_m3—Na_m2^xxvi	180.0 (5)
Na_m2—Ti_m3—Mg_m3	0	Na_m2—Fe_m3—Na_m2^xviii	64.53 (2)
Na_m2^xxvi—Ti_m3—Na_m2^xviii	115.47 (2)	Na_m2—Fe_m3—Ti_m3	0
Na_m2^xxvi—Ti_m3—O5^xxii	93.09 (4)	Na_m2—Fe_m3—O5^xxii	86.91 (4)
Na_m2^xxvi—Ti_m3—O5^iii	135.84 (5)	Na_m2—Fe_m3—O5^iii	44.16 (5)
Na_m2^xxvi—Ti_m3—O5^xxiii	86.91 (4)	Na_m2—Fe_m3—O5^xxiii	93.09 (4)
Na_m2^xxvi—Ti_m3—O5^xxiv	44.16 (5)	Na_m2—Fe_m3—O5^xxiv	135.84 (5)
Na_m2^xxvi—Ti_m3—O_x	133.35 (4)	Na_m2—Fe_m3—O_x	46.65 (4)
Na_m2^xxvi—Ti_m3—O_x^xxv	46.65 (4)	Na_m2—Fe_m3—O_x^xxv	133.35 (4)
Na_m2^xxvi—Ti_m3—Ca_m2^xi	64.53 (2)	Na_m2—Fe_m3—Ca_m2^xi	115.47 (2)
Na_m2^xxvi—Ti_m3—Ca_m2	180.0 (5)	Na_m2—Fe_m3—Ca_m2	0.0 (5)
Na_m2^xxvi—Ti_m3—Ca_m2^xxvi	0.0 (5)	Na_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Na_m2^xxvi—Ti_m3—Ca_m2^xviii	115.47 (2)	Na_m2—Fe_m3—Ca_m2^xviii	64.53 (2)
Na_m2^xxvi—Ti_m3—Fe_m3	0	Na_m2—Fe_m3—Mg_m3	0
Na_m2^xxvi—Ti_m3—Mg_m3	0	Na_m2^xxvi—Fe_m3—Na_m2^xviii	115.47 (2)
Na_m2^xviii—Ti_m3—O5^xxii	135.84 (5)	Na_m2^xxvi—Fe_m3—Ti_m3	0
Na_m2^xviii—Ti_m3—O5^iii	93.09 (4)	Na_m2^xxvi—Fe_m3—O5^xxii	93.09 (4)
Na_m2^xviii—Ti_m3—O5^xxiii	44.16 (5)	Na_m2^xxvi—Fe_m3—O5^iii	135.84 (5)
Na_m2^xviii—Ti_m3—O5^xxiv	86.91 (4)	Na_m2^xxvi—Fe_m3—O5^xxiii	86.91 (4)
Na_m2^xviii—Ti_m3—O_x	46.65 (4)	Na_m2^xxvi—Fe_m3—O5^xxiv	44.16 (5)
Na_m2^xviii—Ti_m3—O_x^xxv	133.35 (4)	Na_m2^xxvi—Fe_m3—O_x	133.35 (4)
Na_m2^xviii—Ti_m3—Ca_m2^xi	180.0 (5)	Na_m2^xxvi—Fe_m3—O_x^xxv	46.65 (4)
Na_m2^xviii—Ti_m3—Ca_m2	64.53 (2)	Na_m2^xxvi—Fe_m3—Ca_m2^xi	64.53 (2)
Na_m2^xviii—Ti_m3—Ca_m2^xxvi	115.47 (2)	Na_m2^xxvi—Fe_m3—Ca_m2	180.0 (5)
Na_m2^xviii—Ti_m3—Ca_m2^xviii	0.0 (5)	Na_m2^xxvi—Fe_m3—Ca_m2^xxvi	0.0 (5)
Na_m2^xviii—Ti_m3—Fe_m3	0	Na_m2^xxvi—Fe_m3—Ca_m2^xviii	115.47 (2)
Na_m2^xviii—Ti_m3—Mg_m3	0	Na_m2^xxvi—Fe_m3—Mg_m3	0
O5^xxii—Ti_m3—O5^iii	87.48 (6)	Na_m2^xviii—Fe_m3—Ti_m3	0
O5^xxii—Ti_m3—O5^xxiii	180.0 (5)	Na_m2^xviii—Fe_m3—O5^xxii	135.84 (5)
O5^xxii—Ti_m3—O5^xxiv	92.52 (6)	Na_m2^xviii—Fe_m3—O5^iii	93.09 (4)
O5^xxii—Ti_m3—O_x	89.20 (6)	Na_m2^xviii—Fe_m3—O5^xxiii	44.16 (5)
O5^xxii—Ti_m3—O_x^xxv	90.80 (6)	Na_m2^xviii—Fe_m3—O5^xxiv	86.91 (4)
O5^xxii—Ti_m3—Ca_m2^xi	44.16 (5)	Na_m2^xviii—Fe_m3—O_x	46.65 (4)
O5^xxii—Ti_m3—Ca_m2	86.91 (4)	Na_m2^xviii—Fe_m3—O_x^xxv	133.35 (4)
O5^xxii—Ti_m3—Ca_m2^xxvi	93.09 (4)	Na_m2^xviii—Fe_m3—Ca_m2^xi	180.0 (5)
O5^xxii—Ti_m3—Ca_m2^xviii	135.84 (5)	Na_m2^xviii—Fe_m3—Ca_m2	64.53 (2)
O5^xxii—Ti_m3—Fe_m3	0	Na_m2^xviii—Fe_m3—Ca_m2^xxvi	115.47 (2)
O5^xxii—Ti_m3—Mg_m3	0	Na_m2^xviii—Fe_m3—Ca_m2^xviii	0.0 (5)
O5^iii—Ti_m3—O5^xxiii	92.52 (6)	Na_m2^xviii—Fe_m3—Mg_m3	0
O5^iii—Ti_m3—O5^xxiv	180.0 (5)	Ti_m3—Fe_m3—O5^xxii	0
O5^iii—Ti_m3—O_x	90.80 (6)	Ti_m3—Fe_m3—O5^iii	0
O5^iii—Ti_m3—O_x^xxv	89.20 (6)	Ti_m3—Fe_m3—O5^xxiii	0
O5^iii—Ti_m3—Ca_m2^xi	86.91 (4)	Ti_m3—Fe_m3—O5^xxiv	0
O5^iii—Ti_m3—Ca_m2	44.16 (5)	Ti_m3—Fe_m3—O_x	0
O5^iii—Ti_m3—Ca_m2^xxvi	135.84 (5)	Ti_m3—Fe_m3—O_x^xxv	0
O5^iii—Ti_m3—Ca_m2^xviii	93.09 (4)	Ti_m3—Fe_m3—Ca_m2^xi	0
O5^iii—Ti_m3—Fe_m3	0	Ti_m3—Fe_m3—Ca_m2	0
O5^iii—Ti_m3—Mg_m3	0	Ti_m3—Fe_m3—Ca_m2^xxvi	0
O5^xxiii—Ti_m3—O5^xxiv	87.48 (6)	Ti_m3—Fe_m3—Ca_m2^xviii	0
O5^xxiii—Ti_m3—O_x	90.80 (6)	Ti_m3—Fe_m3—Mg_m3	0
O5^xxiii—Ti_m3—O_x^xxv	89.20 (6)	O5^xxii—Fe_m3—O5^iii	87.48 (6)
O5^xxiii—Ti_m3—Ca_m2^xi	135.84 (5)	O5^xxii—Fe_m3—O5^xxiii	180.0 (5)
O5^xxiii—Ti_m3—Ca_m2	93.09 (4)	O5^xxii—Fe_m3—O5^xxiv	92.52 (6)
O5^xxiii—Ti_m3—Ca_m2^xxvi	86.91 (4)	O5^xxii—Fe_m3—O_x	89.20 (6)
O5^xxiii—Ti_m3—Ca_m2^xviii	44.16 (5)	O5^xxii—Fe_m3—O_x^xxv	90.80 (6)
O5^xxiii—Ti_m3—Fe_m3	0	O5^xxii—Fe_m3—Ca_m2^xi	44.16 (5)
O5^xxiii—Ti_m3—Mg_m3	0	O5^xxii—Fe_m3—Ca_m2	86.91 (4)
O5^xxiv—Ti_m3—O_x	89.20 (6)	O5^xxii—Fe_m3—Ca_m2^xxvi	93.09 (4)
O5^xxiv—Ti_m3—O_x^xxv	90.80 (6)	O5^xxii—Fe_m3—Ca_m2^xviii	135.84 (5)
O5^xxiv—Ti_m3—Ca_m2^xi	93.09 (4)	O5^xxii—Fe_m3—Mg_m3	0
O5^xxiv—Ti_m3—Ca_m2	135.84 (5)	O5^iii—Fe_m3—O5^xxiii	92.52 (6)
O5^xxiv—Ti_m3—Ca_m2^xxvi	44.16 (5)	O5^iii—Fe_m3—O5^xxiv	180.0 (5)
O5^xxiv—Ti_m3—Ca_m2^xviii	86.91 (4)	O5^iii—Fe_m3—O_x	90.80 (6)
O5^xxiv—Ti_m3—Fe_m3	0	O5^iii—Fe_m3—O_x^xxv	89.20 (6)
O5^xxiv—Ti_m3—Mg_m3	0	O5^iii—Fe_m3—Ca_m2^xi	86.91 (4)
O_x—Ti_m3—O_x^xxv	180.0 (5)	O5^iii—Fe_m3—Ca_m2	44.16 (5)
O_x—Ti_m3—Ca_m2^xi	133.35 (4)	O5^iii—Fe_m3—Ca_m2^xxvi	135.84 (5)
O_x—Ti_m3—Ca_m2	46.65 (4)	O5^iii—Fe_m3—Ca_m2^xviii	93.09 (4)
O_x—Ti_m3—Ca_m2^xxvi	133.35 (4)	O5^iii—Fe_m3—Mg_m3	0
O_x—Ti_m3—Ca_m2^xviii	46.65 (4)	O5^xxiii—Fe_m3—O5^xxiv	87.48 (6)
O_x—Ti_m3—Fe_m3	0	O5^xxiii—Fe_m3—O_x	90.80 (6)
O_x—Ti_m3—Mg_m3	0	O5^xxiii—Fe_m3—O_x^xxv	89.20 (6)
O_x^xxv—Ti_m3—Ca_m2^xi	46.65 (4)	O5^xxiii—Fe_m3—Ca_m2^xi	135.84 (5)
O_x^xxv—Ti_m3—Ca_m2	133.35 (4)	O5^xxiii—Fe_m3—Ca_m2	93.09 (4)
O_x^xxv—Ti_m3—Ca_m2^xxvi	46.65 (4)	O5^xxiii—Fe_m3—Ca_m2^xxvi	86.91 (4)
O_x^xxv—Ti_m3—Ca_m2^xviii	133.35 (4)	O5^xxiii—Fe_m3—Ca_m2^xviii	44.16 (5)
O_x^xxv—Ti_m3—Fe_m3	0	O5^xxiii—Fe_m3—Mg_m3	0
O_x^xxv—Ti_m3—Mg_m3	0	O5^xxiv—Fe_m3—O_x	89.20 (6)
Ca_m2^xi—Ti_m3—Ca_m2	115.47 (2)	O5^xxiv—Fe_m3—O_x^xxv	90.80 (6)
Ca_m2^xi—Ti_m3—Ca_m2^xxvi	64.53 (2)	O5^xxiv—Fe_m3—Ca_m2^xi	93.09 (4)
Ca_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	O5^xxiv—Fe_m3—Ca_m2	135.84 (5)
Ca_m2^xi—Ti_m3—Fe_m3	0	O5^xxiv—Fe_m3—Ca_m2^xxvi	44.16 (5)
Ca_m2^xi—Ti_m3—Mg_m3	0	O5^xxiv—Fe_m3—Ca_m2^xviii	86.91 (4)
Ca_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	O5^xxiv—Fe_m3—Mg_m3	0
Ca_m2—Ti_m3—Ca_m2^xviii	64.53 (2)	O_x—Fe_m3—O_x^xxv	180.0 (5)
Ca_m2—Ti_m3—Fe_m3	0	O_x—Fe_m3—Ca_m2^xi	133.35 (4)
Ca_m2—Ti_m3—Mg_m3	0	O_x—Fe_m3—Ca_m2	46.65 (4)
Ca_m2^xxvi—Ti_m3—Ca_m2^xviii	115.47 (2)	O_x—Fe_m3—Ca_m2^xxvi	133.35 (4)
Ca_m2^xxvi—Ti_m3—Fe_m3	0	O_x—Fe_m3—Ca_m2^xviii	46.65 (4)
Ca_m2^xxvi—Ti_m3—Mg_m3	0	O_x—Fe_m3—Mg_m3	0
Ca_m2^xviii—Ti_m3—Fe_m3	0	O_x^xxv—Fe_m3—Ca_m2^xi	46.65 (4)
Ca_m2^xviii—Ti_m3—Mg_m3	0	O_x^xxv—Fe_m3—Ca_m2	133.35 (4)
Fe_m3—Ti_m3—Mg_m3	0	O_x^xxv—Fe_m3—Ca_m2^xxvi	46.65 (4)
Sr_a^xii—Si—Sr_a^xxvii	105.588 (16)	O_x^xxv—Fe_m3—Ca_m2^xviii	133.35 (4)
Sr_a^xii—Si—Sr_a^ix	87.181 (13)	O_x^xxv—Fe_m3—Mg_m3	0
Sr_a^xii—Si—O1	51.29 (6)	Ca_m2^xi—Fe_m3—Ca_m2	115.47 (2)
Sr_a^xii—Si—O3	133.69 (6)	Ca_m2^xi—Fe_m3—Ca_m2^xxvi	64.53 (2)
Sr_a^xii—Si—O4	55.03 (7)	Ca_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Sr_a^xii—Si—O5	111.78 (6)	Ca_m2^xi—Fe_m3—Mg_m3	0
Sr_a^xii—Si—K_a^xii	0.0 (5)	Ca_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^xii—Si—K_a^xxvii	105.588 (16)	Ca_m2—Fe_m3—Ca_m2^xviii	64.53 (2)
Sr_a^xii—Si—K_a^ix	87.181 (13)	Ca_m2—Fe_m3—Mg_m3	0
Sr_a^xxvii—Si—Sr_a^ix	86.847 (14)	Ca_m2^xxvi—Fe_m3—Ca_m2^xviii	115.47 (2)
Sr_a^xxvii—Si—O1	134.26 (6)	Ca_m2^xxvi—Fe_m3—Mg_m3	0
Sr_a^xxvii—Si—O3	52.06 (6)	Ca_m2^xviii—Fe_m3—Mg_m3	0
Sr_a^xxvii—Si—O4	55.05 (7)	Na_m1^xx—Mg_m3—Na_m1^xxx	180.0 (5)
Sr_a^xxvii—Si—O5	112.76 (6)	Na_m1^xx—Mg_m3—Na_m2^xi	57.734 (14)
Sr_a^xxvii—Si—K_a^xii	105.588 (16)	Na_m1^xx—Mg_m3—Na_m2	57.734 (14)
Sr_a^xxvii—Si—K_a^xxvii	0.0 (5)	Na_m1^xx—Mg_m3—Na_m2^xxvi	122.266 (14)
Sr_a^xxvii—Si—K_a^ix	86.847 (14)	Na_m1^xx—Mg_m3—Na_m2^xviii	122.266 (14)
Sr_a^ix—Si—O1	57.10 (6)	Na_m1^xx—Mg_m3—Ti_m3	0
Sr_a^ix—Si—O3	55.60 (5)	Na_m1^xx—Mg_m3—O5^xxii	43.74 (4)
Sr_a^ix—Si—O4	103.70 (7)	Na_m1^xx—Mg_m3—O5^iii	43.74 (4)
Sr_a^ix—Si—O5	146.13 (6)	Na_m1^xx—Mg_m3—O5^xxiii	136.26 (4)
Sr_a^ix—Si—K_a^xii	87.181 (13)	Na_m1^xx—Mg_m3—O5^xxiv	136.26 (4)
Sr_a^ix—Si—K_a^xxvii	86.847 (14)	Na_m1^xx—Mg_m3—O_x	90
Sr_a^ix—Si—K_a^ix	0.0 (5)	Na_m1^xx—Mg_m3—O_x^xxv	90
O1—Si—O3	111.23 (8)	Na_m1^xx—Mg_m3—Ca_m2^xi	57.734 (14)
O1—Si—O4	103.50 (9)	Na_m1^xx—Mg_m3—Ca_m2	57.734 (14)
O1—Si—O5	112.67 (8)	Na_m1^xx—Mg_m3—Ca_m2^xxvi	122.266 (14)
O1—Si—K_a^xii	51.29 (6)	Na_m1^xx—Mg_m3—Ca_m2^xviii	122.266 (14)
O1—Si—K_a^xxvii	134.26 (6)	Na_m1^xx—Mg_m3—Fe_m3	0
O1—Si—K_a^ix	57.10 (6)	Na_m1^xxx—Mg_m3—Na_m2^xi	122.266 (14)
O3—Si—O4	103.98 (10)	Na_m1^xxx—Mg_m3—Na_m2	122.266 (14)
O3—Si—O5	114.36 (8)	Na_m1^xxx—Mg_m3—Na_m2^xxvi	57.734 (14)
O3—Si—K_a^xii	133.69 (6)	Na_m1^xxx—Mg_m3—Na_m2^xviii	57.734 (14)
O3—Si—K_a^xxvii	52.06 (6)	Na_m1^xxx—Mg_m3—Ti_m3	0
O3—Si—K_a^ix	55.60 (5)	Na_m1^xxx—Mg_m3—O5^xxii	136.26 (4)
O4—Si—O5	110.17 (9)	Na_m1^xxx—Mg_m3—O5^iii	136.26 (4)
O4—Si—K_a^xii	55.03 (7)	Na_m1^xxx—Mg_m3—O5^xxiii	43.74 (4)
O4—Si—K_a^xxvii	55.05 (7)	Na_m1^xxx—Mg_m3—O5^xxiv	43.74 (4)
O4—Si—K_a^ix	103.70 (7)	Na_m1^xxx—Mg_m3—O_x	90
O5—Si—K_a^xii	111.78 (6)	Na_m1^xxx—Mg_m3—O_x^xxv	90
O5—Si—K_a^xxvii	112.76 (6)	Na_m1^xxx—Mg_m3—Ca_m2^xi	122.266 (14)
O5—Si—K_a^ix	146.13 (6)	Na_m1^xxx—Mg_m3—Ca_m2	122.266 (14)
K_a^xii—Si—K_a^xxvii	105.588 (16)	Na_m1^xxx—Mg_m3—Ca_m2^xxvi	57.734 (14)
K_a^xii—Si—K_a^ix	87.181 (13)	Na_m1^xxx—Mg_m3—Ca_m2^xviii	57.734 (14)
K_a^xxvii—Si—K_a^ix	86.847 (14)	Na_m1^xxx—Mg_m3—Fe_m3	0
Ti_l—O1—Si	140.29 (9)	Na_m2^xi—Mg_m3—Na_m2	115.47 (2)
Ti_l—O1—K_a^xii	105.96 (6)	Na_m2^xi—Mg_m3—Na_m2^xxvi	64.53 (2)
Ti_l—O1—K_a^ix	100.38 (6)	Na_m2^xi—Mg_m3—Na_m2^xviii	180.0 (5)
Si—O1—K_a^xii	100.79 (7)	Na_m2^xi—Mg_m3—Ti_m3	0
Si—O1—K_a^ix	94.20 (7)	Na_m2^xi—Mg_m3—O5^xxii	44.16 (5)
K_a^xii—O1—K_a^ix	114.88 (5)	Na_m2^xi—Mg_m3—O5^iii	86.91 (4)
Ti_l—O2—Na_m1	122.21 (11)	Na_m2^xi—Mg_m3—O5^xxiii	135.84 (5)
Ti_l—O2—Na_m2^x	121.11 (7)	Na_m2^xi—Mg_m3—O5^xxiv	93.09 (4)
Ti_l—O2—Na_m2^v	121.11 (7)	Na_m2^xi—Mg_m3—O_x	133.35 (4)
Ti_l—O2—Ca_m2^x	121.11 (7)	Na_m2^xi—Mg_m3—O_x^xxv	46.65 (4)
Ti_l—O2—Ca_m2^v	121.11 (7)	Na_m2^xi—Mg_m3—Ca_m2^xi	0.0 (5)
Na_m1—O2—Na_m2^x	90.38 (7)	Na_m2^xi—Mg_m3—Ca_m2	115.47 (2)
Na_m1—O2—Na_m2^v	90.38 (7)	Na_m2^xi—Mg_m3—Ca_m2^xxvi	64.53 (2)
Na_m1—O2—Ca_m2^x	90.38 (7)	Na_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Na_m1—O2—Ca_m2^v	90.38 (7)	Na_m2^xi—Mg_m3—Fe_m3	0
Na_m2^x—O2—Na_m2^v	104.12 (8)	Na_m2—Mg_m3—Na_m2^xxvi	180.0 (5)
Na_m2^x—O2—Ca_m2^x	0.0 (5)	Na_m2—Mg_m3—Na_m2^xviii	64.53 (2)
Na_m2^x—O2—Ca_m2^v	104.12 (8)	Na_m2—Mg_m3—Ti_m3	0
Na_m2^v—O2—Ca_m2^x	104.12 (8)	Na_m2—Mg_m3—O5^xxii	86.91 (4)
Na_m2^v—O2—Ca_m2^v	0.0 (5)	Na_m2—Mg_m3—O5^iii	44.16 (5)
Ca_m2^x—O2—Ca_m2^v	104.12 (8)	Na_m2—Mg_m3—O5^xxiii	93.09 (4)
Ti_l^xix—O3—Si	139.67 (9)	Na_m2—Mg_m3—O5^xxiv	135.84 (5)
Ti_l^xix—O3—K_a^xxvii	105.77 (6)	Na_m2—Mg_m3—O_x	46.65 (4)
Ti_l^xix—O3—K_a^ix	100.78 (6)	Na_m2—Mg_m3—O_x^xxv	133.35 (4)
Si—O3—K_a^xxvii	99.78 (7)	Na_m2—Mg_m3—Ca_m2^xi	115.47 (2)
Si—O3—K_a^ix	95.88 (6)	Na_m2—Mg_m3—Ca_m2	0.0 (5)
K_a^xxvii—O3—K_a^ix	115.02 (5)	Na_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Si—O4—Si^xxxi	133.80 (13)	Na_m2—Mg_m3—Ca_m2^xviii	64.53 (2)
Si—O4—K_a^xii	95.88 (8)	Na_m2—Mg_m3—Fe_m3	0
Si—O4—K_a^xxvii	95.61 (8)	Na_m2^xxvi—Mg_m3—Na_m2^xviii	115.47 (2)
Si^xxxi—O4—K_a^xii	95.88 (8)	Na_m2^xxvi—Mg_m3—Ti_m3	0
Si^xxxi—O4—K_a^xxvii	95.61 (8)	Na_m2^xxvi—Mg_m3—O5^xxii	93.09 (4)
K_a^xii—O4—K_a^xxvii	150.44 (8)	Na_m2^xxvi—Mg_m3—O5^iii	135.84 (5)
Na_m2^x—O5—Ti_m3^xxviii	97.36 (6)	Na_m2^xxvi—Mg_m3—O5^xxiii	86.91 (4)
Na_m2^x—O5—Si	120.59 (8)	Na_m2^xxvi—Mg_m3—O5^xxiv	44.16 (5)
Na_m2^x—O5—Ca_m2^x	0.0 (5)	Na_m2^xxvi—Mg_m3—O_x	133.35 (4)
Na_m2^x—O5—Fe_m3^xxviii	97.36 (6)	Na_m2^xxvi—Mg_m3—O_x^xxv	46.65 (4)
Na_m2^x—O5—Mg_m3^xxviii	97.36 (6)	Na_m2^xxvi—Mg_m3—Ca_m2^xi	64.53 (2)
Ti_m3^xxviii—O5—Si	127.03 (9)	Na_m2^xxvi—Mg_m3—Ca_m2	180.0 (5)
Ti_m3^xxviii—O5—Ca_m2^x	97.36 (6)	Na_m2^xxvi—Mg_m3—Ca_m2^xxvi	0.0 (5)
Ti_m3^xxviii—O5—Fe_m3^xxviii	0.0 (5)	Na_m2^xxvi—Mg_m3—Ca_m2^xviii	115.47 (2)
Ti_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2^xxvi—Mg_m3—Fe_m3	0
Si—O5—Ca_m2^x	120.59 (8)	Na_m2^xviii—Mg_m3—Ti_m3	0
Si—O5—Fe_m3^xxviii	127.03 (9)	Na_m2^xviii—Mg_m3—O5^xxii	135.84 (5)
Si—O5—Mg_m3^xxviii	127.03 (9)	Na_m2^xviii—Mg_m3—O5^iii	93.09 (4)
Ca_m2^x—O5—Fe_m3^xxviii	97.36 (6)	Na_m2^xviii—Mg_m3—O5^xxiii	44.16 (5)
Ca_m2^x—O5—Mg_m3^xxviii	97.36 (6)	Na_m2^xviii—Mg_m3—O5^xxiv	86.91 (4)
Fe_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2^xviii—Mg_m3—O_x	46.65 (4)
Na_m2—O_x—Na_m2^xviii	93.89 (8)	Na_m2^xviii—Mg_m3—O_x^xxv	133.35 (4)
Na_m2—O_x—Ti_m3	95.58 (8)	Na_m2^xviii—Mg_m3—Ca_m2^xi	180.0 (5)
Na_m2—O_x—Ca_m2	0.0 (5)	Na_m2^xviii—Mg_m3—Ca_m2	64.53 (2)
Na_m2—O_x—Ca_m2^xviii	93.89 (8)	Na_m2^xviii—Mg_m3—Ca_m2^xxvi	115.47 (2)
Na_m2—O_x—Fe_m3	95.58 (8)	Na_m2^xviii—Mg_m3—Ca_m2^xviii	0.0 (5)
Na_m2—O_x—Mg_m3	95.58 (8)	Na_m2^xviii—Mg_m3—Fe_m3	0
Na_m2^xviii—O_x—Ti_m3	95.58 (8)	Ti_m3—Mg_m3—O5^xxii	0
Na_m2^xviii—O_x—Ca_m2	93.89 (8)	Ti_m3—Mg_m3—O5^iii	0
Na_m2^xviii—O_x—Ca_m2^xviii	0.0 (5)	Ti_m3—Mg_m3—O5^xxiii	0
Na_m2^xviii—O_x—Fe_m3	95.58 (8)	Ti_m3—Mg_m3—O5^xxiv	0
Na_m2^xviii—O_x—Mg_m3	95.58 (8)	Ti_m3—Mg_m3—O_x	0
Ti_m3—O_x—Ca_m2	95.58 (8)	Ti_m3—Mg_m3—O_x^xxv	0
Ti_m3—O_x—Ca_m2^xviii	95.58 (8)	Ti_m3—Mg_m3—Ca_m2^xi	0
Ti_m3—O_x—Fe_m3	0.0 (5)	Ti_m3—Mg_m3—Ca_m2	0
Ti_m3—O_x—Mg_m3	0.0 (5)	Ti_m3—Mg_m3—Ca_m2^xxvi	0
Ca_m2—O_x—Ca_m2^xviii	93.89 (8)	Ti_m3—Mg_m3—Ca_m2^xviii	0
Ca_m2—O_x—Fe_m3	95.58 (8)	Ti_m3—Mg_m3—Fe_m3	0
Ca_m2—O_x—Mg_m3	95.58 (8)	O5^xxii—Mg_m3—O5^iii	87.48 (6)
Ca_m2^xviii—O_x—Fe_m3	95.58 (8)	O5^xxii—Mg_m3—O5^xxiii	180.0 (5)
Ca_m2^xviii—O_x—Mg_m3	95.58 (8)	O5^xxii—Mg_m3—O5^xxiv	92.52 (6)
Fe_m3—O_x—Mg_m3	0.0 (5)	O5^xxii—Mg_m3—O_x	89.20 (6)
Sr_a—K_a—Sr_a^ii	0	O5^xxii—Mg_m3—O_x^xxv	90.80 (6)
Sr_a—K_a—Sr_a^iii	0	O5^xxii—Mg_m3—Ca_m2^xi	44.16 (5)
Sr_a—K_a—Sr_a^viii	0	O5^xxii—Mg_m3—Ca_m2	86.91 (4)
Sr_a—K_a—Sr_a^ix	0	O5^xxii—Mg_m3—Ca_m2^xxvi	93.09 (4)
Sr_a—K_a—Ti_l^i	0	O5^xxii—Mg_m3—Ca_m2^xviii	135.84 (5)
Sr_a—K_a—Ti_l	0	O5^xxii—Mg_m3—Fe_m3	0
Sr_a—K_a—Ti_l^ii	0	O5^iii—Mg_m3—O5^xxiii	92.52 (6)
Sr_a—K_a—Ti_l^iii	0	O5^iii—Mg_m3—O5^xxiv	180.0 (5)
Sr_a—K_a—Si^iv	0	O5^iii—Mg_m3—O_x	90.80 (6)
Sr_a—K_a—Si^i	0	O5^iii—Mg_m3—O_x^xxv	89.20 (6)
Sr_a—K_a—Si^iii	0	O5^iii—Mg_m3—Ca_m2^xi	86.91 (4)
Sr_a—K_a—Si^v	0	O5^iii—Mg_m3—Ca_m2	44.16 (5)
Sr_a—K_a—Si^vi	0	O5^iii—Mg_m3—Ca_m2^xxvi	135.84 (5)
Sr_a—K_a—Si^vii	0	O5^iii—Mg_m3—Ca_m2^xviii	93.09 (4)
Sr_a—K_a—O1^i	0	O5^iii—Mg_m3—Fe_m3	0
Sr_a—K_a—O1^iii	0	O5^xxiii—Mg_m3—O5^xxiv	87.48 (6)
Sr_a—K_a—O1^v	0	O5^xxiii—Mg_m3—O_x	90.80 (6)
Sr_a—K_a—O1^vii	0	O5^xxiii—Mg_m3—O_x^xxv	89.20 (6)
Sr_a—K_a—O3^iv	0	O5^xxiii—Mg_m3—Ca_m2^xi	135.84 (5)
Sr_a—K_a—O3^iii	0	O5^xxiii—Mg_m3—Ca_m2	93.09 (4)
Sr_a—K_a—O3^v	0	O5^xxiii—Mg_m3—Ca_m2^xxvi	86.91 (4)
Sr_a—K_a—O3^vi	0	O5^xxiii—Mg_m3—Ca_m2^xviii	44.16 (5)
Sr_a—K_a—O4^iv	0	O5^xxiii—Mg_m3—Fe_m3	0
Sr_a—K_a—O4^i	0	O5^xxiv—Mg_m3—O_x	89.20 (6)
Sr_a—K_a—K_a^ii	0	O5^xxiv—Mg_m3—O_x^xxv	90.80 (6)
Sr_a—K_a—K_a^iii	0	O5^xxiv—Mg_m3—Ca_m2^xi	93.09 (4)
Sr_a—K_a—K_a^viii	0	O5^xxiv—Mg_m3—Ca_m2	135.84 (5)
Sr_a—K_a—K_a^ix	0	O5^xxiv—Mg_m3—Ca_m2^xxvi	44.16 (5)
Sr_a—K_a—Na_a	0	O5^xxiv—Mg_m3—Ca_m2^xviii	86.91 (4)
Sr_a—K_a—Ca_m2^xv	0	O5^xxiv—Mg_m3—Fe_m3	0
Sr_a—K_a—Ca_m2^v	0	O_x—Mg_m3—O_x^xxv	180.0 (5)
Sr_a^ii—K_a—Sr_a^iii	70.930 (5)	O_x—Mg_m3—Ca_m2^xi	133.35 (4)
Sr_a^ii—K_a—Sr_a^viii	99.814 (7)	O_x—Mg_m3—Ca_m2	46.65 (4)
Sr_a^ii—K_a—Sr_a^ix	146.694 (10)	O_x—Mg_m3—Ca_m2^xxvi	133.35 (4)
Sr_a^ii—K_a—Ti_l^i	51.159 (7)	O_x—Mg_m3—Ca_m2^xviii	46.65 (4)
Sr_a^ii—K_a—Ti_l	144.976 (11)	O_x—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—Ti_l^ii	52.009 (5)	O_x^xxv—Mg_m3—Ca_m2^xi	46.65 (4)
Sr_a^ii—K_a—Ti_l^iii	102.831 (8)	O_x^xxv—Mg_m3—Ca_m2	133.35 (4)
Sr_a^ii—K_a—Si^iv	46.506 (10)	O_x^xxv—Mg_m3—Ca_m2^xxvi	46.65 (4)
Sr_a^ii—K_a—Si^i	103.381 (10)	O_x^xxv—Mg_m3—Ca_m2^xviii	133.35 (4)
Sr_a^ii—K_a—Si^iii	103.295 (12)	O_x^xxv—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—Si^v	46.648 (10)	Ca_m2^xi—Mg_m3—Ca_m2	115.47 (2)
Sr_a^ii—K_a—Si^vi	90.265 (11)	Ca_m2^xi—Mg_m3—Ca_m2^xxvi	64.53 (2)
Sr_a^ii—K_a—Si^vii	156.805 (11)	Ca_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Sr_a^ii—K_a—O1^i	75.49 (3)	Ca_m2^xi—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—O1^iii	115.24 (3)	Ca_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^ii—K_a—O1^v	72.60 (3)	Ca_m2—Mg_m3—Ca_m2^xviii	64.53 (2)
Sr_a^ii—K_a—O1^vii	175.06 (3)	Ca_m2—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—O3^iv	33.10 (3)	Ca_m2^xxvi—Mg_m3—Ca_m2^xviii	115.47 (2)
Sr_a^ii—K_a—O3^iii	83.11 (3)	Ca_m2^xxvi—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—O3^v	31.88 (3)	Ca_m2^xviii—Mg_m3—Fe_m3	0

Symmetry codes: (i) x, y−1, z; (ii) −x+1/2, y−1/2, −z; (iii) −x+1/2, y−1/2, −z+1; (iv) x, y−1, z−1; (v) −x+1/2, −y+1/2, −z+1; (vi) x, −y+1, z−1; (vii) x, −y+1, z; (viii) −x+1/2, y+1/2, −z; (ix) −x+1/2, y+1/2, −z+1; (x) x+1/2, y+1/2, z; (xi) x, y, z−1; (xii) x, y+1, z; (xiii) x+1/2, y+1/2, z−1; (xiv) −x+1/2, −y+1/2, −z; (xv) x+1/2, y−1/2, z; (xvi) −x+1, y, −z; (xvii) −x, −y, −z+1; (xviii) −x, −y+1, −z+1; (xix) x, y, z+1; (xx) x−1/2, y−1/2, z; (xxi) −x, y, −z+1; (xxii) x−1/2, y−1/2, z−1; (xxiii) −x+1/2, −y+3/2, −z+1; (xxiv) x−1/2, −y+3/2, z−1; (xxv) −x, y, −z; (xxvi) −x, −y+1, −z; (xxvii) x, y+1, z+1; (xxviii) x+1/2, y+1/2, z+1; (xxix) x−1/2, y−1/2, z+1; (xxx) x−1/2, y+1/2, z; (xxxi) x, −y+2, z.

(17-11)

Crystal data

Ba1.15Ca0.17Fe0.53K0.41Mg0.12Mn0.12Na2.7O18Si4Sr0.27Ti2.53	Z = 2
Mr = 827.1	F(000) = 779
Monoclinic, C2/m	Dx = 3.626 Mg m^−3
Hall symbol: -C 2y	Mo Kα radiation, λ = 0.71075 Å
a = 19.8574 (5) Å	Cell parameters from 10859 reflections
b = 7.1034 (1) Å	θ = 3.8–32.6°
c = 5.4063 (1) Å	µ = 6.44 mm^−1
β = 96.611 (2)°	T = 293 K
V = 757.52 (3) Å^3	Grain

Data collection

Xcalibur, EosS2 with high theta cut diffractometer	Rint = 0.020
Radiation source: X-ray tube	θmax = 32.6°, θmin = 3.8°
3859 measured reflections	h = −29→29
1428 independent reflections	k = −10→10
1417 reflections with I > 2σ(I)	l = −8→8

Refinement

Refinement on F	41 constraints
R[F^2 > 2σ(F^2)] = 0.029	Weighting scheme based on measured s.u.'s w = 1/(σ^2(F) + 0.0009F^2)
wR(F^2) = 0.071	(Δ/σ)max = 0.034
S = 2.17	Δρmax = 1.36 e Å^−3
1428 reflections	Δρmin = −1.03 e Å^−3
82 parameters	Extinction correction: B-C type 1 Gaussian isotropic (Becker & Coppens, 1974)
0 restraints	Extinction coefficient: 1300 (300)

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Ų)

	x	y	z	Uiso*/Ueq	Occ. (<1)
Sr_a	0.282618 (15)	0	0.26277 (5)	0.00860 (15)	0.135
Ti_l	0.35375 (3)	0.5	0.29466 (12)	0.0059 (2)
Na_m1	0.5	0.5	0	0.0160 (7)
Na_m2	0	0.26050 (16)	0.5	0.0066 (3)	0.765
Ti_m3	0	0.5	0	0.0207 (3)	0.53
Si	0.36051 (4)	0.78371 (11)	0.79686 (13)	0.0055 (2)
O1	0.32911 (11)	0.6883 (3)	0.5357 (4)	0.0098 (5)
O2	0.43938 (16)	0.5	0.3332 (7)	0.0157 (9)
O3	0.32915 (11)	0.6868 (3)	1.0304 (4)	0.0096 (5)
O4	0.32813 (15)	1	0.7820 (5)	0.0080 (7)
O5	0.44175 (11)	0.7935 (3)	0.8278 (4)	0.0117 (5)
O_x	−0.05639 (18)	0.5	0.2734 (7)	0.0172 (9)
K_a	0.282618 (15)	0	0.26277 (5)	0.00860 (15)	0.205
Na_a	0.282618 (15)	0	0.26277 (5)	0.00860 (15)	0.085
Ba_a	0.282618 (15)	0	0.26277 (5)	0.00860 (15)	0.575
Mn_m2	0	0.26050 (16)	0.5	0.0066 (3)	0.06
Ca_m2	0	0.26050 (16)	0.5	0.0066 (3)	0.085
Fe_m2	0	0.26050 (16)	0.5	0.0066 (3)	0.09
Fe_m3	0	0.5	0	0.0207 (3)	0.35
Mg_m3	0	0.5	0	0.0207 (3)	0.12

Atomic displacement parameters (Ų)

	U^11	U^22	U^33	U^12	U^13	U^23
Sr_a	0.0119 (3)	0.0067 (2)	0.0073 (2)	0	0.00142 (15)	0
Ti_l	0.0080 (4)	0.0056 (4)	0.0043 (3)	0	0.0012 (2)	0
Na_m1	0.0167 (12)	0.0170 (12)	0.0156 (12)	0	0.0066 (10)	0
Na_m2	0.0105 (5)	0.0058 (5)	0.0043 (5)	0	0.0038 (4)	0
Ti_m3	0.0223 (6)	0.0054 (5)	0.0294 (7)	0	−0.0183 (5)	0
Si	0.0074 (4)	0.0038 (4)	0.0054 (4)	0.0000 (2)	0.0010 (3)	−0.0006 (2)
O1	0.0145 (10)	0.0077 (9)	0.0075 (8)	0.0003 (7)	0.0019 (7)	−0.0028 (7)
O2	0.0065 (12)	0.0275 (18)	0.0135 (13)	0	0.0027 (11)	0
O3	0.0134 (10)	0.0082 (9)	0.0073 (8)	0.0004 (7)	0.0013 (7)	0.0018 (7)
O4	0.0091 (12)	0.0047 (11)	0.0101 (12)	0	0.0006 (10)	0
O5	0.0072 (9)	0.0095 (9)	0.0177 (10)	0.0009 (7)	−0.0009 (7)	0.0040 (8)
O_x	0.0144 (14)	0.0178 (16)	0.0209 (15)	0	0.0085 (12)	0
K_a	0.0119 (3)	0.0067 (2)	0.0073 (2)	0	0.00142 (15)	0
Na_a	0.0119 (3)	0.0067 (2)	0.0073 (2)	0	0.00142 (15)	0
Ba_a	0.0119 (3)	0.0067 (2)	0.0073 (2)	0	0.00142 (15)	0
Mn_m2	0.0105 (5)	0.0058 (5)	0.0043 (5)	0	0.0038 (4)	0
Ca_m2	0.0105 (5)	0.0058 (5)	0.0043 (5)	0	0.0038 (4)	0
Fe_m2	0.0105 (5)	0.0058 (5)	0.0043 (5)	0	0.0038 (4)	0
Fe_m3	0.0223 (6)	0.0054 (5)	0.0294 (7)	0	−0.0183 (5)	0
Mg_m3	0.0223 (6)	0.0054 (5)	0.0294 (7)	0	−0.0183 (5)	0

Geometric parameters (Å, º)

Sr_a—Si^i	3.4634 (8)	Na_m2—Mg_m3	3.1940 (6)
Sr_a—Si^ii	3.4731 (7)	Na_m2—Mg_m3^xix	3.1940 (6)
Sr_a—Si^iii	3.4688 (8)	Ti_m3—O5^xxii	2.027 (2)
Sr_a—Si^iv	3.4688 (8)	Ti_m3—O5^iii	2.027 (2)
Sr_a—Si^v	3.4634 (8)	Ti_m3—O5^xxiii	2.027 (2)
Sr_a—Si^vi	3.4731 (7)	Ti_m3—O5^xxiv	2.027 (2)
Sr_a—K_a	0	Ti_m3—O_x	1.955 (4)
Sr_a—K_a^vii	4.6387 (2)	Ti_m3—O_x^xxv	1.955 (4)
Sr_a—K_a^iii	4.6516 (3)	Ti_m3—Ca_m2^xi	3.1940 (6)
Sr_a—K_a^viii	4.6387 (2)	Ti_m3—Ca_m2	3.1940 (6)
Sr_a—K_a^ix	4.6516 (3)	Ti_m3—Ca_m2^xxvi	3.1940 (6)
Sr_a—Na_a	0	Ti_m3—Ca_m2^xviii	3.1940 (6)
Sr_a—Ba_a	0	Ti_m3—Fe_m3	0
Ti_l—Na_m1	3.4695 (7)	Ti_m3—Mg_m3	0
Ti_l—Na_m2^x	3.5140 (8)	Si—O1	1.624 (2)
Ti_l—Na_m2^iv	3.5140 (8)	Si—O3	1.624 (2)
Ti_l—O1	1.968 (2)	Si—O4	1.6639 (14)
Ti_l—O1^vi	1.968 (2)	Si—O5	1.604 (2)
Ti_l—O2	1.689 (3)	Si—K_a^xii	3.4731 (7)
Ti_l—O3^xi	1.970 (2)	Si—K_a^xxvii	3.4634 (8)
Ti_l—O3^v	1.970 (2)	Si—K_a^ix	3.4688 (8)
Ti_l—K_a	3.8188 (3)	Si—Ba_a^xii	3.4731 (7)
Ti_l—K_a^xii	3.8188 (3)	Si—Ba_a^xxvii	3.4634 (8)
Ti_l—K_a^viii	3.8126 (7)	Si—Ba_a^ix	3.4688 (8)
Ti_l—K_a^ix	3.8143 (8)	O1—K_a^xii	2.760 (2)
Ti_l—Ba_a	3.8188 (3)	O1—Ba_a^xii	2.760 (2)
Ti_l—Ba_a^xii	3.8188 (3)	O2—Ca_m2^x	2.332 (2)
Ti_l—Ba_a^viii	3.8126 (7)	O2—Ca_m2^iv	2.332 (2)
Ti_l—Ba_a^ix	3.8143 (8)	O3—K_a^xxvii	2.765 (2)
Ti_l—Ca_m2^x	3.5140 (8)	O3—K_a^ix	2.897 (2)
Ti_l—Ca_m2^iv	3.5140 (8)	O3—Ba_a^xxvii	2.765 (2)
Na_m1—Na_m2^xiii	3.2758 (7)	O4—K_a^xii	2.848 (3)
Na_m1—Na_m2^x	3.2758 (7)	O4—K_a^xxvii	2.849 (3)
Na_m1—Na_m2^xiv	3.2758 (7)	O4—Ba_a^xii	2.848 (3)
Na_m1—Na_m2^iv	3.2758 (7)	O4—Ba_a^xxvii	2.849 (3)
Na_m1—O2	2.279 (4)	O5—Ca_m2^x	2.238 (2)
Na_m1—O2^xv	2.279 (4)	O5—Fe_m3^xxviii	2.027 (2)
Na_m1—Mn_m2^xiii	3.2758 (7)	O5—Mg_m3^xxviii	2.027 (2)
Na_m1—Mn_m2^x	3.2758 (7)	O_x—Ca_m2	2.309 (2)
Na_m1—Mn_m2^xiv	3.2758 (7)	O_x—Ca_m2^xviii	2.309 (2)
Na_m1—Mn_m2^iv	3.2758 (7)	O_x—Fe_m3	1.955 (4)
Na_m1—Ca_m2^xiii	3.2758 (7)	O_x—Mg_m3	1.955 (4)
Na_m1—Ca_m2^x	3.2758 (7)	K_a—K_a^vii	4.6387 (2)
Na_m1—Ca_m2^xiv	3.2758 (7)	K_a—K_a^iii	4.6516 (3)
Na_m1—Ca_m2^iv	3.2758 (7)	K_a—K_a^viii	4.6387 (2)
Na_m1—Fe_m2^xiii	3.2758 (7)	K_a—K_a^ix	4.6516 (3)
Na_m1—Fe_m2^x	3.2758 (7)	K_a—Na_a	0
Na_m1—Fe_m2^xiv	3.2758 (7)	K_a—Ba_a	0
Na_m1—Fe_m2^iv	3.2758 (7)	K_a—Ba_a^vii	4.6387 (2)
Na_m1—Mg_m3^xvi	3.5517	K_a—Ba_a^iii	4.6516 (3)
Na_m1—Mg_m3^x	3.5517	K_a—Ba_a^viii	4.6387 (2)
Na_m2—Na_m2^xvii	3.7008 (16)	K_a—Ba_a^ix	4.6516 (3)
Na_m2—Na_m2^xviii	3.4026 (16)	Na_a—Ba_a	0
Na_m2—Ti_m3	3.1940 (6)	Ba_a—Ba_a^vii	4.6387 (2)
Na_m2—Ti_m3^xix	3.1940 (6)	Ba_a—Ba_a^iii	4.6516 (3)
Na_m2—O2^xx	2.332 (2)	Ba_a—Ba_a^viii	4.6387 (2)
Na_m2—O2^iii	2.332 (2)	Ba_a—Ba_a^ix	4.6516 (3)
Na_m2—O5^xx	2.238 (2)	Mn_m2—Ca_m2	0
Na_m2—O5^iii	2.238 (2)	Mn_m2—Ca_m2^xviii	3.4026 (16)
Na_m2—O_x	2.309 (2)	Mn_m2—Fe_m2	0
Na_m2—O_x^xxi	2.309 (2)	Ca_m2—Ca_m2^xvii	3.7008 (16)
Na_m2—Mn_m2	0	Ca_m2—Ca_m2^xviii	3.4026 (16)
Na_m2—Mn_m2^xviii	3.4026 (16)	Ca_m2—Fe_m2	0
Na_m2—Ca_m2	0	Ca_m2—Fe_m3	3.1940 (6)
Na_m2—Ca_m2^xvii	3.7008 (16)	Ca_m2—Fe_m3^xix	3.1940 (6)
Na_m2—Ca_m2^xviii	3.4026 (16)	Ca_m2—Mg_m3	3.1940 (6)
Na_m2—Fe_m2	0	Ca_m2—Mg_m3^xix	3.1940 (6)
Na_m2—Fe_m3	3.1940 (6)	Fe_m3—Mg_m3	0
Na_m2—Fe_m3^xix	3.1940 (6)
Si^i—Sr_a—Si^ii	102.412 (18)	Ti_l^vii—K_a—Na_a	0
Si^i—Sr_a—Si^iii	128.309 (18)	Ti_l^vii—K_a—Ba_a	0
Si^i—Sr_a—Si^iv	95.995 (18)	Ti_l^vii—K_a—Ba_a^vii	52.627 (5)
Si^i—Sr_a—Si^v	52.670 (18)	Ti_l^vii—K_a—Ba_a^iii	102.612 (9)
Si^i—Sr_a—Si^vi	127.40 (2)	Ti_l^vii—K_a—Ba_a^viii	52.627 (5)
Si^i—Sr_a—K_a	0	Ti_l^vii—K_a—Ba_a^ix	102.612 (9)
Si^i—Sr_a—K_a^vii	48.048 (13)	Ti_l^iii—K_a—Si^i	149.879 (14)
Si^i—Sr_a—K_a^iii	103.791 (13)	Ti_l^iii—K_a—Si^ii	76.048 (16)
Si^i—Sr_a—K_a^viii	90.619 (14)	Ti_l^iii—K_a—Si^iii	54.903 (15)
Si^i—Sr_a—K_a^ix	156.323 (14)	Ti_l^iii—K_a—Si^iv	54.903 (15)
Si^i—Sr_a—Na_a	0	Ti_l^iii—K_a—Si^v	149.879 (14)
Si^i—Sr_a—Ba_a	0	Ti_l^iii—K_a—Si^vi	76.048 (16)
Si^ii—Sr_a—Si^iii	128.03 (2)	Ti_l^iii—K_a—O1^ii	83.25 (5)
Si^ii—Sr_a—Si^iv	95.855 (18)	Ti_l^iii—K_a—O1^vi	83.25 (5)
Si^ii—Sr_a—Si^v	127.40 (2)	Ti_l^iii—K_a—O3^i	125.69 (4)
Si^ii—Sr_a—Si^vi	52.511 (18)	Ti_l^iii—K_a—O3^iii	77.80 (4)
Si^ii—Sr_a—K_a	0	Ti_l^iii—K_a—O3^iv	77.80 (4)
Si^ii—Sr_a—K_a^vii	103.695 (13)	Ti_l^iii—K_a—O3^v	125.69 (4)
Si^ii—Sr_a—K_a^iii	47.888 (13)	Ti_l^iii—K_a—O4^i	153.52 (6)
Si^ii—Sr_a—K_a^viii	156.089 (13)	Ti_l^iii—K_a—O4^ii	63.22 (6)
Si^ii—Sr_a—K_a^ix	90.285 (14)	Ti_l^iii—K_a—K_a^vii	102.465 (8)
Si^ii—Sr_a—Na_a	0	Ti_l^iii—K_a—K_a^iii	52.498 (5)
Si^ii—Sr_a—Ba_a	0	Ti_l^iii—K_a—K_a^viii	102.465 (8)
Si^iii—Sr_a—Si^iv	71.038 (19)	Ti_l^iii—K_a—K_a^ix	52.498 (5)
Si^iii—Sr_a—Si^v	95.995 (18)	Ti_l^iii—K_a—Na_a	0
Si^iii—Sr_a—Si^vi	95.855 (18)	Ti_l^iii—K_a—Ba_a	0
Si^iii—Sr_a—K_a	0	Ti_l^iii—K_a—Ba_a^vii	102.465 (8)
Si^iii—Sr_a—K_a^vii	102.700 (14)	Ti_l^iii—K_a—Ba_a^iii	52.498 (5)
Si^iii—Sr_a—K_a^iii	102.570 (15)	Ti_l^iii—K_a—Ba_a^viii	102.465 (8)
Si^iii—Sr_a—K_a^viii	47.947 (13)	Ti_l^iii—K_a—Ba_a^ix	52.498 (5)
Si^iii—Sr_a—K_a^ix	47.966 (13)	Si^i—K_a—Si^ii	102.412 (18)
Si^iii—Sr_a—Na_a	0	Si^i—K_a—Si^iii	128.309 (18)
Si^iii—Sr_a—Ba_a	0	Si^i—K_a—Si^iv	95.995 (18)
Si^iv—Sr_a—Si^v	128.309 (18)	Si^i—K_a—Si^v	52.670 (18)
Si^iv—Sr_a—Si^vi	128.03 (2)	Si^i—K_a—Si^vi	127.40 (2)
Si^iv—Sr_a—K_a	0	Si^i—K_a—O1^ii	83.29 (5)
Si^iv—Sr_a—K_a^vii	47.947 (13)	Si^i—K_a—O1^vi	126.50 (5)
Si^iv—Sr_a—K_a^iii	47.966 (13)	Si^i—K_a—O3^i	27.40 (5)
Si^iv—Sr_a—K_a^viii	102.700 (14)	Si^i—K_a—O3^iii	100.58 (4)
Si^iv—Sr_a—K_a^ix	102.570 (15)	Si^i—K_a—O3^iv	77.11 (4)
Si^iv—Sr_a—Na_a	0	Si^i—K_a—O3^v	79.97 (5)
Si^iv—Sr_a—Ba_a	0	Si^i—K_a—O4^i	28.50 (2)
Si^v—Sr_a—Si^vi	102.412 (18)	Si^i—K_a—O4^ii	126.81 (5)
Si^v—Sr_a—K_a	0	Si^i—K_a—K_a^vii	48.048 (13)
Si^v—Sr_a—K_a^vii	90.619 (14)	Si^i—K_a—K_a^iii	103.791 (13)
Si^v—Sr_a—K_a^iii	156.323 (14)	Si^i—K_a—K_a^viii	90.619 (14)
Si^v—Sr_a—K_a^viii	48.048 (13)	Si^i—K_a—K_a^ix	156.323 (14)
Si^v—Sr_a—K_a^ix	103.791 (13)	Si^i—K_a—Na_a	0
Si^v—Sr_a—Na_a	0	Si^i—K_a—Ba_a	0
Si^v—Sr_a—Ba_a	0	Si^i—K_a—Ba_a^vii	48.048 (13)
Si^vi—Sr_a—K_a	0	Si^i—K_a—Ba_a^iii	103.791 (13)
Si^vi—Sr_a—K_a^vii	156.089 (13)	Si^i—K_a—Ba_a^viii	90.619 (14)
Si^vi—Sr_a—K_a^iii	90.285 (14)	Si^i—K_a—Ba_a^ix	156.323 (14)
Si^vi—Sr_a—K_a^viii	103.695 (13)	Si^ii—K_a—Si^iii	128.03 (2)
Si^vi—Sr_a—K_a^ix	47.888 (13)	Si^ii—K_a—Si^iv	95.855 (18)
Si^vi—Sr_a—Na_a	0	Si^ii—K_a—Si^v	127.40 (2)
Si^vi—Sr_a—Ba_a	0	Si^ii—K_a—Si^vi	52.511 (18)
K_a—Sr_a—K_a^vii	0	Si^ii—K_a—O1^ii	27.26 (4)
K_a—Sr_a—K_a^iii	0	Si^ii—K_a—O1^vi	79.68 (4)
K_a—Sr_a—K_a^viii	0	Si^ii—K_a—O3^i	83.21 (4)
K_a—Sr_a—K_a^ix	0	Si^ii—K_a—O3^iii	153.83 (5)
K_a—Sr_a—Na_a	0	Si^ii—K_a—O3^iv	119.48 (4)
K_a—Sr_a—Ba_a	0	Si^ii—K_a—O3^v	126.40 (4)
K_a^vii—Sr_a—K_a^iii	71.172 (4)	Si^ii—K_a—O4^i	126.94 (5)
K_a^vii—Sr_a—K_a^viii	99.932 (6)	Si^ii—K_a—O4^ii	28.38 (3)
K_a^vii—Sr_a—K_a^ix	147.834 (9)	Si^ii—K_a—K_a^vii	103.695 (13)
K_a^vii—Sr_a—Na_a	0	Si^ii—K_a—K_a^iii	47.888 (13)
K_a^vii—Sr_a—Ba_a	0	Si^ii—K_a—K_a^viii	156.089 (13)
K_a^iii—Sr_a—K_a^viii	147.834 (9)	Si^ii—K_a—K_a^ix	90.285 (14)
K_a^iii—Sr_a—K_a^ix	99.556 (7)	Si^ii—K_a—Na_a	0
K_a^iii—Sr_a—Na_a	0	Si^ii—K_a—Ba_a	0
K_a^iii—Sr_a—Ba_a	0	Si^ii—K_a—Ba_a^vii	103.695 (13)
K_a^viii—Sr_a—K_a^ix	71.172 (4)	Si^ii—K_a—Ba_a^iii	47.888 (13)
K_a^viii—Sr_a—Na_a	0	Si^ii—K_a—Ba_a^viii	156.089 (13)
K_a^viii—Sr_a—Ba_a	0	Si^ii—K_a—Ba_a^ix	90.285 (14)
K_a^ix—Sr_a—Na_a	0	Si^iii—K_a—Si^iv	71.038 (19)
K_a^ix—Sr_a—Ba_a	0	Si^iii—K_a—Si^v	95.995 (18)
Na_a—Sr_a—Ba_a	0	Si^iii—K_a—Si^vi	95.855 (18)
Na_m1—Ti_l—Na_m2^x	55.945 (12)	Si^iii—K_a—O1^ii	137.37 (5)
Na_m1—Ti_l—Na_m2^iv	55.945 (12)	Si^iii—K_a—O1^vi	78.68 (5)
Na_m1—Ti_l—O1	126.09 (7)	Si^iii—K_a—O3^i	137.58 (4)
Na_m1—Ti_l—O1^vi	126.09 (7)	Si^iii—K_a—O3^iii	27.74 (4)
Na_m1—Ti_l—O2	34.18 (12)	Si^iii—K_a—O3^iv	69.35 (4)
Na_m1—Ti_l—O3^xi	79.50 (7)	Si^iii—K_a—O3^v	78.67 (5)
Na_m1—Ti_l—O3^v	79.50 (7)	Si^iii—K_a—O4^i	104.94 (5)
Na_m1—Ti_l—K_a	107.702 (11)	Si^iii—K_a—O4^ii	104.79 (5)
Na_m1—Ti_l—K_a^xii	107.702 (11)	Si^iii—K_a—K_a^vii	102.700 (14)
Na_m1—Ti_l—K_a^viii	101.125 (17)	Si^iii—K_a—K_a^iii	102.570 (15)
Na_m1—Ti_l—K_a^ix	168.59 (2)	Si^iii—K_a—K_a^viii	47.947 (13)
Na_m1—Ti_l—Ba_a	107.702 (11)	Si^iii—K_a—K_a^ix	47.966 (13)
Na_m1—Ti_l—Ba_a^xii	107.702 (11)	Si^iii—K_a—Na_a	0
Na_m1—Ti_l—Ba_a^viii	101.125 (17)	Si^iii—K_a—Ba_a	0
Na_m1—Ti_l—Ba_a^ix	168.59 (2)	Si^iii—K_a—Ba_a^vii	102.700 (14)
Na_m1—Ti_l—Ca_m2^x	55.945 (12)	Si^iii—K_a—Ba_a^iii	102.570 (15)
Na_m1—Ti_l—Ca_m2^iv	55.945 (12)	Si^iii—K_a—Ba_a^viii	47.947 (13)
Na_m2^x—Ti_l—Na_m2^iv	63.55 (3)	Si^iii—K_a—Ba_a^ix	47.966 (13)
Na_m2^x—Ti_l—O1	72.08 (6)	Si^iv—K_a—Si^v	128.309 (18)
Na_m2^x—Ti_l—O1^vi	114.09 (6)	Si^iv—K_a—Si^vi	128.03 (2)
Na_m2^x—Ti_l—O2	34.65 (5)	Si^iv—K_a—O1^ii	78.68 (5)
Na_m2^x—Ti_l—O3^xi	90.07 (6)	Si^iv—K_a—O1^vi	137.37 (5)
Na_m2^x—Ti_l—O3^v	135.30 (7)	Si^iv—K_a—O3^i	78.67 (5)
Na_m2^x—Ti_l—K_a	142.37 (2)	Si^iv—K_a—O3^iii	69.35 (4)
Na_m2^x—Ti_l—K_a^xii	79.190 (17)	Si^iv—K_a—O3^iv	27.74 (4)
Na_m2^x—Ti_l—K_a^viii	137.363 (18)	Si^iv—K_a—O3^v	137.58 (4)
Na_m2^x—Ti_l—K_a^ix	114.988 (16)	Si^iv—K_a—O4^i	104.94 (5)
Na_m2^x—Ti_l—Ba_a	142.37 (2)	Si^iv—K_a—O4^ii	104.79 (5)
Na_m2^x—Ti_l—Ba_a^xii	79.190 (17)	Si^iv—K_a—K_a^vii	47.947 (13)
Na_m2^x—Ti_l—Ba_a^viii	137.363 (18)	Si^iv—K_a—K_a^iii	47.966 (13)
Na_m2^x—Ti_l—Ba_a^ix	114.988 (16)	Si^iv—K_a—K_a^viii	102.700 (14)
Na_m2^x—Ti_l—Ca_m2^x	0.0 (5)	Si^iv—K_a—K_a^ix	102.570 (15)
Na_m2^x—Ti_l—Ca_m2^iv	63.55 (3)	Si^iv—K_a—Na_a	0
Na_m2^iv—Ti_l—O1	114.09 (6)	Si^iv—K_a—Ba_a	0
Na_m2^iv—Ti_l—O1^vi	72.08 (6)	Si^iv—K_a—Ba_a^vii	47.947 (13)
Na_m2^iv—Ti_l—O2	34.65 (5)	Si^iv—K_a—Ba_a^iii	47.966 (13)
Na_m2^iv—Ti_l—O3^xi	135.30 (7)	Si^iv—K_a—Ba_a^viii	102.700 (14)
Na_m2^iv—Ti_l—O3^v	90.07 (6)	Si^iv—K_a—Ba_a^ix	102.570 (15)
Na_m2^iv—Ti_l—K_a	79.190 (17)	Si^v—K_a—Si^vi	102.412 (18)
Na_m2^iv—Ti_l—K_a^xii	142.37 (2)	Si^v—K_a—O1^ii	126.50 (5)
Na_m2^iv—Ti_l—K_a^viii	137.363 (18)	Si^v—K_a—O1^vi	83.29 (5)
Na_m2^iv—Ti_l—K_a^ix	114.988 (16)	Si^v—K_a—O3^i	79.97 (5)
Na_m2^iv—Ti_l—Ba_a	79.190 (17)	Si^v—K_a—O3^iii	77.11 (4)
Na_m2^iv—Ti_l—Ba_a^xii	142.37 (2)	Si^v—K_a—O3^iv	100.58 (4)
Na_m2^iv—Ti_l—Ba_a^viii	137.363 (18)	Si^v—K_a—O3^v	27.40 (5)
Na_m2^iv—Ti_l—Ba_a^ix	114.988 (16)	Si^v—K_a—O4^i	28.50 (2)
Na_m2^iv—Ti_l—Ca_m2^x	63.55 (3)	Si^v—K_a—O4^ii	126.81 (5)
Na_m2^iv—Ti_l—Ca_m2^iv	0.0 (5)	Si^v—K_a—K_a^vii	90.619 (14)
O1—Ti_l—O1^vi	85.63 (9)	Si^v—K_a—K_a^iii	156.323 (14)
O1—Ti_l—O2	103.99 (11)	Si^v—K_a—K_a^viii	48.048 (13)
O1—Ti_l—O3^xi	87.85 (8)	Si^v—K_a—K_a^ix	103.791 (13)
O1—Ti_l—O3^v	151.44 (9)	Si^v—K_a—Na_a	0
O1—Ti_l—K_a	122.90 (7)	Si^v—K_a—Ba_a	0
O1—Ti_l—K_a^xii	43.86 (6)	Si^v—K_a—Ba_a^vii	90.619 (14)
O1—Ti_l—K_a^viii	108.38 (6)	Si^v—K_a—Ba_a^iii	156.323 (14)
O1—Ti_l—K_a^ix	48.41 (6)	Si^v—K_a—Ba_a^viii	48.048 (13)
O1—Ti_l—Ba_a	122.90 (7)	Si^v—K_a—Ba_a^ix	103.791 (13)
O1—Ti_l—Ba_a^xii	43.86 (6)	Si^vi—K_a—O1^ii	79.68 (4)
O1—Ti_l—Ba_a^viii	108.38 (6)	Si^vi—K_a—O1^vi	27.26 (4)
O1—Ti_l—Ba_a^ix	48.41 (6)	Si^vi—K_a—O3^i	126.40 (4)
O1—Ti_l—Ca_m2^x	72.08 (6)	Si^vi—K_a—O3^iii	119.48 (4)
O1—Ti_l—Ca_m2^iv	114.09 (6)	Si^vi—K_a—O3^iv	153.83 (5)
O1^vi—Ti_l—O2	103.99 (11)	Si^vi—K_a—O3^v	83.21 (4)
O1^vi—Ti_l—O3^xi	151.44 (9)	Si^vi—K_a—O4^i	126.94 (5)
O1^vi—Ti_l—O3^v	87.85 (8)	Si^vi—K_a—O4^ii	28.38 (3)
O1^vi—Ti_l—K_a	43.86 (6)	Si^vi—K_a—K_a^vii	156.089 (13)
O1^vi—Ti_l—K_a^xii	122.90 (7)	Si^vi—K_a—K_a^iii	90.285 (14)
O1^vi—Ti_l—K_a^viii	108.38 (6)	Si^vi—K_a—K_a^viii	103.695 (13)
O1^vi—Ti_l—K_a^ix	48.41 (6)	Si^vi—K_a—K_a^ix	47.888 (13)
O1^vi—Ti_l—Ba_a	43.86 (6)	Si^vi—K_a—Na_a	0
O1^vi—Ti_l—Ba_a^xii	122.90 (7)	Si^vi—K_a—Ba_a	0
O1^vi—Ti_l—Ba_a^viii	108.38 (6)	Si^vi—K_a—Ba_a^vii	156.089 (13)
O1^vi—Ti_l—Ba_a^ix	48.41 (6)	Si^vi—K_a—Ba_a^iii	90.285 (14)
O1^vi—Ti_l—Ca_m2^x	114.09 (6)	Si^vi—K_a—Ba_a^viii	103.695 (13)
O1^vi—Ti_l—Ca_m2^iv	72.08 (6)	Si^vi—K_a—Ba_a^ix	47.888 (13)
O2—Ti_l—O3^xi	104.57 (11)	O1^ii—K_a—O1^vi	106.67 (6)
O2—Ti_l—O3^v	104.57 (11)	O1^ii—K_a—O3^i	59.27 (6)
O2—Ti_l—K_a	111.556 (10)	O1^ii—K_a—O3^iii	148.02 (6)
O2—Ti_l—K_a^xii	111.556 (10)	O1^ii—K_a—O3^iv	96.49 (6)
O2—Ti_l—K_a^viii	135.30 (12)	O1^ii—K_a—O3^v	141.21 (6)
O2—Ti_l—K_a^ix	134.42 (12)	O1^ii—K_a—O4^i	111.48 (5)
O2—Ti_l—Ba_a	111.556 (10)	O1^ii—K_a—O4^ii	54.86 (4)
O2—Ti_l—Ba_a^xii	111.556 (10)	O1^ii—K_a—K_a^vii	76.47 (4)
O2—Ti_l—Ba_a^viii	135.30 (12)	O1^ii—K_a—K_a^iii	35.90 (5)
O2—Ti_l—Ba_a^ix	134.42 (12)	O1^ii—K_a—K_a^viii	173.87 (5)
O2—Ti_l—Ca_m2^x	34.65 (5)	O1^ii—K_a—K_a^ix	114.51 (4)
O2—Ti_l—Ca_m2^iv	34.65 (5)	O1^ii—K_a—Na_a	0
O3^xi—Ti_l—O3^v	84.72 (9)	O1^ii—K_a—Ba_a	0
O3^xi—Ti_l—K_a	122.30 (6)	O1^ii—K_a—Ba_a^vii	76.47 (4)
O3^xi—Ti_l—K_a^xii	44.04 (6)	O1^ii—K_a—Ba_a^iii	35.90 (5)
O3^xi—Ti_l—K_a^viii	48.13 (6)	O1^ii—K_a—Ba_a^viii	173.87 (5)
O3^xi—Ti_l—K_a^ix	108.68 (7)	O1^ii—K_a—Ba_a^ix	114.51 (4)
O3^xi—Ti_l—Ba_a	122.30 (6)	O1^vi—K_a—O3^i	141.21 (6)
O3^xi—Ti_l—Ba_a^xii	44.04 (6)	O1^vi—K_a—O3^iii	96.49 (6)
O3^xi—Ti_l—Ba_a^viii	48.13 (6)	O1^vi—K_a—O3^iv	148.02 (6)
O3^xi—Ti_l—Ba_a^ix	108.68 (7)	O1^vi—K_a—O3^v	59.27 (6)
O3^xi—Ti_l—Ca_m2^x	90.07 (6)	O1^vi—K_a—O4^i	111.48 (5)
O3^xi—Ti_l—Ca_m2^iv	135.30 (7)	O1^vi—K_a—O4^ii	54.86 (4)
O3^v—Ti_l—K_a	44.04 (6)	O1^vi—K_a—K_a^vii	173.87 (5)
O3^v—Ti_l—K_a^xii	122.30 (6)	O1^vi—K_a—K_a^iii	114.51 (4)
O3^v—Ti_l—K_a^viii	48.13 (6)	O1^vi—K_a—K_a^viii	76.47 (4)
O3^v—Ti_l—K_a^ix	108.68 (7)	O1^vi—K_a—K_a^ix	35.90 (5)
O3^v—Ti_l—Ba_a	44.04 (6)	O1^vi—K_a—Na_a	0
O3^v—Ti_l—Ba_a^xii	122.30 (6)	O1^vi—K_a—Ba_a	0
O3^v—Ti_l—Ba_a^viii	48.13 (6)	O1^vi—K_a—Ba_a^vii	173.87 (5)
O3^v—Ti_l—Ba_a^ix	108.68 (7)	O1^vi—K_a—Ba_a^iii	114.51 (4)
O3^v—Ti_l—Ca_m2^x	135.30 (7)	O1^vi—K_a—Ba_a^viii	76.47 (4)
O3^v—Ti_l—Ca_m2^iv	90.07 (6)	O1^vi—K_a—Ba_a^ix	35.90 (5)
K_a—Ti_l—K_a^xii	136.89 (2)	O3^i—K_a—O3^iii	113.27 (6)
K_a—Ti_l—K_a^viii	74.869 (10)	O3^i—K_a—O3^iv	69.99 (6)
K_a—Ti_l—K_a^ix	75.092 (11)	O3^i—K_a—O3^v	107.10 (6)
K_a—Ti_l—Ba_a	0.0 (5)	O3^i—K_a—O4^i	55.09 (4)
K_a—Ti_l—Ba_a^xii	136.89 (2)	O3^i—K_a—O4^ii	111.28 (5)
K_a—Ti_l—Ba_a^viii	74.869 (10)	O3^i—K_a—K_a^vii	35.93 (4)
K_a—Ti_l—Ba_a^ix	75.092 (11)	O3^i—K_a—K_a^iii	76.42 (4)
K_a—Ti_l—Ca_m2^x	142.37 (2)	O3^i—K_a—K_a^viii	114.96 (4)
K_a—Ti_l—Ca_m2^iv	79.190 (17)	O3^i—K_a—K_a^ix	173.47 (4)
K_a^xii—Ti_l—K_a^viii	74.869 (10)	O3^i—K_a—Na_a	0
K_a^xii—Ti_l—K_a^ix	75.092 (11)	O3^i—K_a—Ba_a	0
K_a^xii—Ti_l—Ba_a	136.89 (2)	O3^i—K_a—Ba_a^vii	35.93 (4)
K_a^xii—Ti_l—Ba_a^xii	0.0 (5)	O3^i—K_a—Ba_a^iii	76.42 (4)
K_a^xii—Ti_l—Ba_a^viii	74.869 (10)	O3^i—K_a—Ba_a^viii	114.96 (4)
K_a^xii—Ti_l—Ba_a^ix	75.092 (11)	O3^i—K_a—Ba_a^ix	173.47 (4)
K_a^xii—Ti_l—Ca_m2^x	79.190 (17)	O3^iii—K_a—O3^iv	54.54 (6)
K_a^xii—Ti_l—Ca_m2^iv	142.37 (2)	O3^iii—K_a—O3^v	69.99 (6)
K_a^viii—Ti_l—K_a^ix	90.283 (15)	O3^iii—K_a—O4^i	78.71 (7)
K_a^viii—Ti_l—Ba_a	74.869 (10)	O3^iii—K_a—O4^ii	132.49 (6)
K_a^viii—Ti_l—Ba_a^xii	74.869 (10)	O3^iii—K_a—K_a^vii	82.72 (4)
K_a^viii—Ti_l—Ba_a^viii	0.0 (5)	O3^iii—K_a—K_a^iii	114.02 (4)
K_a^viii—Ti_l—Ba_a^ix	90.283 (15)	O3^iii—K_a—K_a^viii	34.07 (4)
K_a^viii—Ti_l—Ca_m2^x	137.363 (18)	O3^iii—K_a—K_a^ix	72.99 (4)
K_a^viii—Ti_l—Ca_m2^iv	137.363 (18)	O3^iii—K_a—Na_a	0
K_a^ix—Ti_l—Ba_a	75.092 (11)	O3^iii—K_a—Ba_a	0
K_a^ix—Ti_l—Ba_a^xii	75.092 (11)	O3^iii—K_a—Ba_a^vii	82.72 (4)
K_a^ix—Ti_l—Ba_a^viii	90.283 (15)	O3^iii—K_a—Ba_a^iii	114.02 (4)
K_a^ix—Ti_l—Ba_a^ix	0.0 (5)	O3^iii—K_a—Ba_a^viii	34.07 (4)
K_a^ix—Ti_l—Ca_m2^x	114.988 (16)	O3^iii—K_a—Ba_a^ix	72.99 (4)
K_a^ix—Ti_l—Ca_m2^iv	114.988 (16)	O3^iv—K_a—O3^v	113.27 (6)
Ba_a—Ti_l—Ba_a^xii	136.89 (2)	O3^iv—K_a—O4^i	78.71 (7)
Ba_a—Ti_l—Ba_a^viii	74.869 (10)	O3^iv—K_a—O4^ii	132.49 (6)
Ba_a—Ti_l—Ba_a^ix	75.092 (11)	O3^iv—K_a—K_a^vii	34.07 (4)
Ba_a—Ti_l—Ca_m2^x	142.37 (2)	O3^iv—K_a—K_a^iii	72.99 (4)
Ba_a—Ti_l—Ca_m2^iv	79.190 (17)	O3^iv—K_a—K_a^viii	82.72 (4)
Ba_a^xii—Ti_l—Ba_a^viii	74.869 (10)	O3^iv—K_a—K_a^ix	114.02 (4)
Ba_a^xii—Ti_l—Ba_a^ix	75.092 (11)	O3^iv—K_a—Na_a	0
Ba_a^xii—Ti_l—Ca_m2^x	79.190 (17)	O3^iv—K_a—Ba_a	0
Ba_a^xii—Ti_l—Ca_m2^iv	142.37 (2)	O3^iv—K_a—Ba_a^vii	34.07 (4)
Ba_a^viii—Ti_l—Ba_a^ix	90.283 (15)	O3^iv—K_a—Ba_a^iii	72.99 (4)
Ba_a^viii—Ti_l—Ca_m2^x	137.363 (18)	O3^iv—K_a—Ba_a^viii	82.72 (4)
Ba_a^viii—Ti_l—Ca_m2^iv	137.363 (18)	O3^iv—K_a—Ba_a^ix	114.02 (4)
Ba_a^ix—Ti_l—Ca_m2^x	114.988 (16)	O3^v—K_a—O4^i	55.09 (4)
Ba_a^ix—Ti_l—Ca_m2^iv	114.988 (16)	O3^v—K_a—O4^ii	111.28 (5)
Ca_m2^x—Ti_l—Ca_m2^iv	63.55 (3)	O3^v—K_a—K_a^vii	114.96 (4)
Ti_l—Na_m1—Ti_l^xv	180.0 (5)	O3^v—K_a—K_a^iii	173.47 (4)
Ti_l—Na_m1—Na_m2^xiii	117.284 (10)	O3^v—K_a—K_a^viii	35.93 (4)
Ti_l—Na_m1—Na_m2^x	62.716 (10)	O3^v—K_a—K_a^ix	76.42 (4)
Ti_l—Na_m1—Na_m2^xiv	117.284 (10)	O3^v—K_a—Na_a	0
Ti_l—Na_m1—Na_m2^iv	62.716 (10)	O3^v—K_a—Ba_a	0
Ti_l—Na_m1—O2	24.60 (8)	O3^v—K_a—Ba_a^vii	114.96 (4)
Ti_l—Na_m1—O2^xv	155.40 (8)	O3^v—K_a—Ba_a^iii	173.47 (4)
Ti_l—Na_m1—Mn_m2^xiii	117.284 (10)	O3^v—K_a—Ba_a^viii	35.93 (4)
Ti_l—Na_m1—Mn_m2^x	62.716 (10)	O3^v—K_a—Ba_a^ix	76.42 (4)
Ti_l—Na_m1—Mn_m2^xiv	117.284 (10)	O4^i—K_a—O4^ii	143.26 (8)
Ti_l—Na_m1—Mn_m2^iv	62.716 (10)	O4^i—K_a—K_a^vii	62.40 (3)
Ti_l—Na_m1—Ca_m2^xiii	117.284 (10)	O4^i—K_a—K_a^iii	129.862 (7)
Ti_l—Na_m1—Ca_m2^x	62.716 (10)	O4^i—K_a—K_a^viii	62.40 (3)
Ti_l—Na_m1—Ca_m2^xiv	117.284 (10)	O4^i—K_a—K_a^ix	129.862 (7)
Ti_l—Na_m1—Ca_m2^iv	62.716 (10)	O4^i—K_a—Na_a	0
Ti_l—Na_m1—Fe_m2^xiii	117.284 (10)	O4^i—K_a—Ba_a	0
Ti_l—Na_m1—Fe_m2^x	62.716 (10)	O4^i—K_a—Ba_a^vii	62.40 (3)
Ti_l—Na_m1—Fe_m2^xiv	117.284 (10)	O4^i—K_a—Ba_a^iii	129.862 (7)
Ti_l—Na_m1—Fe_m2^iv	62.716 (10)	O4^i—K_a—Ba_a^viii	62.40 (3)
Ti_l—Na_m1—Mg_m3^xvi	90	O4^i—K_a—Ba_a^ix	129.862 (7)
Ti_l—Na_m1—Mg_m3^x	90	O4^ii—K_a—K_a^vii	129.658 (7)
Ti_l^xv—Na_m1—Na_m2^xiii	62.716 (10)	O4^ii—K_a—K_a^iii	62.19 (3)
Ti_l^xv—Na_m1—Na_m2^x	117.284 (10)	O4^ii—K_a—K_a^viii	129.658 (7)
Ti_l^xv—Na_m1—Na_m2^xiv	62.716 (10)	O4^ii—K_a—K_a^ix	62.19 (3)
Ti_l^xv—Na_m1—Na_m2^iv	117.284 (10)	O4^ii—K_a—Na_a	0
Ti_l^xv—Na_m1—O2	155.40 (8)	O4^ii—K_a—Ba_a	0
Ti_l^xv—Na_m1—O2^xv	24.60 (8)	O4^ii—K_a—Ba_a^vii	129.658 (7)
Ti_l^xv—Na_m1—Mn_m2^xiii	62.716 (10)	O4^ii—K_a—Ba_a^iii	62.19 (3)
Ti_l^xv—Na_m1—Mn_m2^x	117.284 (10)	O4^ii—K_a—Ba_a^viii	129.658 (7)
Ti_l^xv—Na_m1—Mn_m2^xiv	62.716 (10)	O4^ii—K_a—Ba_a^ix	62.19 (3)
Ti_l^xv—Na_m1—Mn_m2^iv	117.284 (10)	K_a^vii—K_a—K_a^iii	71.172 (4)
Ti_l^xv—Na_m1—Ca_m2^xiii	62.716 (10)	K_a^vii—K_a—K_a^viii	99.932 (6)
Ti_l^xv—Na_m1—Ca_m2^x	117.284 (10)	K_a^vii—K_a—K_a^ix	147.834 (9)
Ti_l^xv—Na_m1—Ca_m2^xiv	62.716 (10)	K_a^vii—K_a—Na_a	0
Ti_l^xv—Na_m1—Ca_m2^iv	117.284 (10)	K_a^vii—K_a—Ba_a	0
Ti_l^xv—Na_m1—Fe_m2^xiii	62.716 (10)	K_a^vii—K_a—Ba_a^vii	0.0 (5)
Ti_l^xv—Na_m1—Fe_m2^x	117.284 (10)	K_a^vii—K_a—Ba_a^iii	71.172 (4)
Ti_l^xv—Na_m1—Fe_m2^xiv	62.716 (10)	K_a^vii—K_a—Ba_a^viii	99.932 (6)
Ti_l^xv—Na_m1—Fe_m2^iv	117.284 (10)	K_a^vii—K_a—Ba_a^ix	147.834 (9)
Ti_l^xv—Na_m1—Mg_m3^xvi	90	K_a^iii—K_a—K_a^viii	147.834 (9)
Ti_l^xv—Na_m1—Mg_m3^x	90	K_a^iii—K_a—K_a^ix	99.556 (7)
Na_m2^xiii—Na_m1—Na_m2^x	111.21 (2)	K_a^iii—K_a—Na_a	0
Na_m2^xiii—Na_m1—Na_m2^xiv	68.79 (2)	K_a^iii—K_a—Ba_a	0
Na_m2^xiii—Na_m1—Na_m2^iv	180.0 (5)	K_a^iii—K_a—Ba_a^vii	71.172 (4)
Na_m2^xiii—Na_m1—O2	134.62 (5)	K_a^iii—K_a—Ba_a^iii	0.0 (5)
Na_m2^xiii—Na_m1—O2^xv	45.38 (5)	K_a^iii—K_a—Ba_a^viii	147.834 (9)
Na_m2^xiii—Na_m1—Mn_m2^xiii	0.0 (5)	K_a^iii—K_a—Ba_a^ix	99.556 (7)
Na_m2^xiii—Na_m1—Mn_m2^x	111.21 (2)	K_a^viii—K_a—K_a^ix	71.172 (4)
Na_m2^xiii—Na_m1—Mn_m2^xiv	68.79 (2)	K_a^viii—K_a—Na_a	0
Na_m2^xiii—Na_m1—Mn_m2^iv	180.0 (5)	K_a^viii—K_a—Ba_a	0
Na_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	K_a^viii—K_a—Ba_a^vii	99.932 (6)
Na_m2^xiii—Na_m1—Ca_m2^x	111.21 (2)	K_a^viii—K_a—Ba_a^iii	147.834 (9)
Na_m2^xiii—Na_m1—Ca_m2^xiv	68.79 (2)	K_a^viii—K_a—Ba_a^viii	0.0 (5)
Na_m2^xiii—Na_m1—Ca_m2^iv	180.0 (5)	K_a^viii—K_a—Ba_a^ix	71.172 (4)
Na_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	K_a^ix—K_a—Na_a	0
Na_m2^xiii—Na_m1—Fe_m2^x	111.21 (2)	K_a^ix—K_a—Ba_a	0
Na_m2^xiii—Na_m1—Fe_m2^xiv	68.79 (2)	K_a^ix—K_a—Ba_a^vii	147.834 (9)
Na_m2^xiii—Na_m1—Fe_m2^iv	180.0 (5)	K_a^ix—K_a—Ba_a^iii	99.556 (7)
Na_m2^xiii—Na_m1—Mg_m3^xvi	124.393 (17)	K_a^ix—K_a—Ba_a^viii	71.172 (4)
Na_m2^xiii—Na_m1—Mg_m3^x	55.607 (17)	K_a^ix—K_a—Ba_a^ix	0.0 (5)
Na_m2^x—Na_m1—Na_m2^xiv	180.0 (5)	Na_a—K_a—Ba_a	0
Na_m2^x—Na_m1—Na_m2^iv	68.79 (2)	Na_a—K_a—Ba_a^vii	0
Na_m2^x—Na_m1—O2	45.38 (5)	Na_a—K_a—Ba_a^iii	0
Na_m2^x—Na_m1—O2^xv	134.62 (5)	Na_a—K_a—Ba_a^viii	0
Na_m2^x—Na_m1—Mn_m2^xiii	111.21 (2)	Na_a—K_a—Ba_a^ix	0
Na_m2^x—Na_m1—Mn_m2^x	0.0 (5)	Ba_a—K_a—Ba_a^vii	0
Na_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Ba_a—K_a—Ba_a^iii	0
Na_m2^x—Na_m1—Mn_m2^iv	68.79 (2)	Ba_a—K_a—Ba_a^viii	0
Na_m2^x—Na_m1—Ca_m2^xiii	111.21 (2)	Ba_a—K_a—Ba_a^ix	0
Na_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Ba_a^vii—K_a—Ba_a^iii	71.172 (4)
Na_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Ba_a^vii—K_a—Ba_a^viii	99.932 (6)
Na_m2^x—Na_m1—Ca_m2^iv	68.79 (2)	Ba_a^vii—K_a—Ba_a^ix	147.834 (9)
Na_m2^x—Na_m1—Fe_m2^xiii	111.21 (2)	Ba_a^iii—K_a—Ba_a^viii	147.834 (9)
Na_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Ba_a^iii—K_a—Ba_a^ix	99.556 (7)
Na_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Ba_a^viii—K_a—Ba_a^ix	71.172 (4)
Na_m2^x—Na_m1—Fe_m2^iv	68.79 (2)	Sr_a—Na_a—K_a	0
Na_m2^x—Na_m1—Mg_m3^xvi	124.393 (17)	Sr_a—Na_a—Ba_a	0
Na_m2^x—Na_m1—Mg_m3^x	55.607 (17)	K_a—Na_a—Ba_a	0
Na_m2^xiv—Na_m1—Na_m2^iv	111.21 (2)	Sr_a—Ba_a—Ti_l^ii	0
Na_m2^xiv—Na_m1—O2	134.62 (5)	Sr_a—Ba_a—Ti_l	0
Na_m2^xiv—Na_m1—O2^xv	45.38 (5)	Sr_a—Ba_a—Ti_l^vii	0
Na_m2^xiv—Na_m1—Mn_m2^xiii	68.79 (2)	Sr_a—Ba_a—Ti_l^iii	0
Na_m2^xiv—Na_m1—Mn_m2^x	180.0 (5)	Sr_a—Ba_a—Si^i	0
Na_m2^xiv—Na_m1—Mn_m2^xiv	0.0 (5)	Sr_a—Ba_a—Si^ii	0
Na_m2^xiv—Na_m1—Mn_m2^iv	111.21 (2)	Sr_a—Ba_a—Si^iii	0
Na_m2^xiv—Na_m1—Ca_m2^xiii	68.79 (2)	Sr_a—Ba_a—Si^iv	0
Na_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Sr_a—Ba_a—Si^v	0
Na_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Sr_a—Ba_a—Si^vi	0
Na_m2^xiv—Na_m1—Ca_m2^iv	111.21 (2)	Sr_a—Ba_a—O1^ii	0
Na_m2^xiv—Na_m1—Fe_m2^xiii	68.79 (2)	Sr_a—Ba_a—O1^vi	0
Na_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Sr_a—Ba_a—O3^i	0
Na_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Sr_a—Ba_a—O3^v	0
Na_m2^xiv—Na_m1—Fe_m2^iv	111.21 (2)	Sr_a—Ba_a—O4^i	0
Na_m2^xiv—Na_m1—Mg_m3^xvi	55.607 (17)	Sr_a—Ba_a—O4^ii	0
Na_m2^xiv—Na_m1—Mg_m3^x	124.393 (17)	Sr_a—Ba_a—K_a	0
Na_m2^iv—Na_m1—O2	45.38 (5)	Sr_a—Ba_a—K_a^vii	0
Na_m2^iv—Na_m1—O2^xv	134.62 (5)	Sr_a—Ba_a—K_a^iii	0
Na_m2^iv—Na_m1—Mn_m2^xiii	180.0 (5)	Sr_a—Ba_a—K_a^viii	0
Na_m2^iv—Na_m1—Mn_m2^x	68.79 (2)	Sr_a—Ba_a—K_a^ix	0
Na_m2^iv—Na_m1—Mn_m2^xiv	111.21 (2)	Sr_a—Ba_a—Na_a	0
Na_m2^iv—Na_m1—Mn_m2^iv	0.0 (5)	Sr_a—Ba_a—Ba_a^vii	0
Na_m2^iv—Na_m1—Ca_m2^xiii	180.0 (5)	Sr_a—Ba_a—Ba_a^iii	0
Na_m2^iv—Na_m1—Ca_m2^x	68.79 (2)	Sr_a—Ba_a—Ba_a^viii	0
Na_m2^iv—Na_m1—Ca_m2^xiv	111.21 (2)	Sr_a—Ba_a—Ba_a^ix	0
Na_m2^iv—Na_m1—Ca_m2^iv	0.0 (5)	Ti_l^ii—Ba_a—Ti_l	136.888 (16)
Na_m2^iv—Na_m1—Fe_m2^xiii	180.0 (5)	Ti_l^ii—Ba_a—Ti_l^vii	105.131 (10)
Na_m2^iv—Na_m1—Fe_m2^x	68.79 (2)	Ti_l^ii—Ba_a—Ti_l^iii	104.908 (11)
Na_m2^iv—Na_m1—Fe_m2^xiv	111.21 (2)	Ti_l^ii—Ba_a—Si^i	54.999 (16)
Na_m2^iv—Na_m1—Fe_m2^iv	0.0 (5)	Ti_l^ii—Ba_a—Si^ii	54.831 (16)
Na_m2^iv—Na_m1—Mg_m3^xvi	55.607 (17)	Ti_l^ii—Ba_a—Si^iii	147.074 (17)
Na_m2^iv—Na_m1—Mg_m3^x	124.393 (17)	Ti_l^ii—Ba_a—Si^iv	76.037 (16)
O2—Na_m1—O2^xv	180.0 (5)	Ti_l^ii—Ba_a—Si^v	104.571 (18)
O2—Na_m1—Mn_m2^xiii	134.62 (5)	Ti_l^ii—Ba_a—Si^vi	104.293 (16)
O2—Na_m1—Mn_m2^x	45.38 (5)	Ti_l^ii—Ba_a—O1^ii	29.61 (4)
O2—Na_m1—Mn_m2^xiv	134.62 (5)	Ti_l^ii—Ba_a—O1^vi	128.51 (4)
O2—Na_m1—Mn_m2^iv	45.38 (5)	Ti_l^ii—Ba_a—O3^i	29.68 (4)
O2—Na_m1—Ca_m2^xiii	134.62 (5)	Ti_l^ii—Ba_a—O3^v	128.86 (5)
O2—Na_m1—Ca_m2^x	45.38 (5)	Ti_l^ii—Ba_a—O4^i	83.49 (2)
O2—Na_m1—Ca_m2^xiv	134.62 (5)	Ti_l^ii—Ba_a—O4^ii	83.21 (2)
O2—Na_m1—Ca_m2^iv	45.38 (5)	Ti_l^ii—Ba_a—K_a	0
O2—Na_m1—Fe_m2^xiii	134.62 (5)	Ti_l^ii—Ba_a—K_a^vii	52.505 (10)
O2—Na_m1—Fe_m2^x	45.38 (5)	Ti_l^ii—Ba_a—K_a^iii	52.410 (11)
O2—Na_m1—Fe_m2^xiv	134.62 (5)	Ti_l^ii—Ba_a—K_a^viii	144.639 (12)
O2—Na_m1—Fe_m2^iv	45.38 (5)	Ti_l^ii—Ba_a—K_a^ix	144.123 (12)
O2—Na_m1—Mg_m3^xvi	90	Ti_l^ii—Ba_a—Na_a	0
O2—Na_m1—Mg_m3^x	90	Ti_l^ii—Ba_a—Ba_a^vii	52.505 (10)
O2^xv—Na_m1—Mn_m2^xiii	45.38 (5)	Ti_l^ii—Ba_a—Ba_a^iii	52.410 (11)
O2^xv—Na_m1—Mn_m2^x	134.62 (5)	Ti_l^ii—Ba_a—Ba_a^viii	144.639 (12)
O2^xv—Na_m1—Mn_m2^xiv	45.38 (5)	Ti_l^ii—Ba_a—Ba_a^ix	144.123 (12)
O2^xv—Na_m1—Mn_m2^iv	134.62 (5)	Ti_l—Ba_a—Ti_l^vii	105.131 (10)
O2^xv—Na_m1—Ca_m2^xiii	45.38 (5)	Ti_l—Ba_a—Ti_l^iii	104.908 (11)
O2^xv—Na_m1—Ca_m2^x	134.62 (5)	Ti_l—Ba_a—Si^i	104.571 (18)
O2^xv—Na_m1—Ca_m2^xiv	45.38 (5)	Ti_l—Ba_a—Si^ii	104.293 (16)
O2^xv—Na_m1—Ca_m2^iv	134.62 (5)	Ti_l—Ba_a—Si^iii	76.036 (16)
O2^xv—Na_m1—Fe_m2^xiii	45.38 (5)	Ti_l—Ba_a—Si^iv	147.074 (17)
O2^xv—Na_m1—Fe_m2^x	134.62 (5)	Ti_l—Ba_a—Si^v	54.999 (16)
O2^xv—Na_m1—Fe_m2^xiv	45.38 (5)	Ti_l—Ba_a—Si^vi	54.831 (16)
O2^xv—Na_m1—Fe_m2^iv	134.62 (5)	Ti_l—Ba_a—O1^ii	128.51 (4)
O2^xv—Na_m1—Mg_m3^xvi	90	Ti_l—Ba_a—O1^vi	29.61 (4)
O2^xv—Na_m1—Mg_m3^x	90	Ti_l—Ba_a—O3^i	128.86 (5)
Mn_m2^xiii—Na_m1—Mn_m2^x	111.21 (2)	Ti_l—Ba_a—O3^v	29.68 (4)
Mn_m2^xiii—Na_m1—Mn_m2^xiv	68.79 (2)	Ti_l—Ba_a—O4^i	83.49 (2)
Mn_m2^xiii—Na_m1—Mn_m2^iv	180.0 (5)	Ti_l—Ba_a—O4^ii	83.21 (2)
Mn_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	Ti_l—Ba_a—K_a	0
Mn_m2^xiii—Na_m1—Ca_m2^x	111.21 (2)	Ti_l—Ba_a—K_a^vii	144.639 (12)
Mn_m2^xiii—Na_m1—Ca_m2^xiv	68.79 (2)	Ti_l—Ba_a—K_a^iii	144.123 (12)
Mn_m2^xiii—Na_m1—Ca_m2^iv	180.0 (5)	Ti_l—Ba_a—K_a^viii	52.505 (10)
Mn_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	Ti_l—Ba_a—K_a^ix	52.410 (11)
Mn_m2^xiii—Na_m1—Fe_m2^x	111.21 (2)	Ti_l—Ba_a—Na_a	0
Mn_m2^xiii—Na_m1—Fe_m2^xiv	68.79 (2)	Ti_l—Ba_a—Ba_a^vii	144.639 (12)
Mn_m2^xiii—Na_m1—Fe_m2^iv	180.0 (5)	Ti_l—Ba_a—Ba_a^iii	144.123 (12)
Mn_m2^xiii—Na_m1—Mg_m3^xvi	124.393 (17)	Ti_l—Ba_a—Ba_a^viii	52.505 (10)
Mn_m2^xiii—Na_m1—Mg_m3^x	55.607 (17)	Ti_l—Ba_a—Ba_a^ix	52.410 (11)
Mn_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Ti_l^vii—Ba_a—Ti_l^iii	90.283 (15)
Mn_m2^x—Na_m1—Mn_m2^iv	68.79 (2)	Ti_l^vii—Ba_a—Si^i	76.182 (16)
Mn_m2^x—Na_m1—Ca_m2^xiii	111.21 (2)	Ti_l^vii—Ba_a—Si^ii	149.882 (14)
Mn_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Ti_l^vii—Ba_a—Si^iii	55.022 (15)
Mn_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Ti_l^vii—Ba_a—Si^iv	55.022 (15)
Mn_m2^x—Na_m1—Ca_m2^iv	68.79 (2)	Ti_l^vii—Ba_a—Si^v	76.182 (16)
Mn_m2^x—Na_m1—Fe_m2^xiii	111.21 (2)	Ti_l^vii—Ba_a—Si^vi	149.882 (14)
Mn_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Ti_l^vii—Ba_a—O1^ii	125.88 (4)
Mn_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Ti_l^vii—Ba_a—O1^vi	125.88 (4)
Mn_m2^x—Na_m1—Fe_m2^iv	68.79 (2)	Ti_l^vii—Ba_a—O3^i	83.40 (4)
Mn_m2^x—Na_m1—Mg_m3^xvi	124.393 (17)	Ti_l^vii—Ba_a—O3^v	83.40 (4)
Mn_m2^x—Na_m1—Mg_m3^x	55.607 (17)	Ti_l^vii—Ba_a—O4^i	63.24 (6)
Mn_m2^xiv—Na_m1—Mn_m2^iv	111.21 (2)	Ti_l^vii—Ba_a—O4^ii	153.50 (6)
Mn_m2^xiv—Na_m1—Ca_m2^xiii	68.79 (2)	Ti_l^vii—Ba_a—K_a	0
Mn_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Ti_l^vii—Ba_a—K_a^vii	52.627 (5)
Mn_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Ti_l^vii—Ba_a—K_a^iii	102.612 (9)
Mn_m2^xiv—Na_m1—Ca_m2^iv	111.21 (2)	Ti_l^vii—Ba_a—K_a^viii	52.627 (5)
Mn_m2^xiv—Na_m1—Fe_m2^xiii	68.79 (2)	Ti_l^vii—Ba_a—K_a^ix	102.612 (9)
Mn_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Ti_l^vii—Ba_a—Na_a	0
Mn_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Ti_l^vii—Ba_a—Ba_a^vii	52.627 (5)
Mn_m2^xiv—Na_m1—Fe_m2^iv	111.21 (2)	Ti_l^vii—Ba_a—Ba_a^iii	102.612 (9)
Mn_m2^xiv—Na_m1—Mg_m3^xvi	55.607 (17)	Ti_l^vii—Ba_a—Ba_a^viii	52.627 (5)
Mn_m2^xiv—Na_m1—Mg_m3^x	124.393 (17)	Ti_l^vii—Ba_a—Ba_a^ix	102.612 (9)
Mn_m2^iv—Na_m1—Ca_m2^xiii	180.0 (5)	Ti_l^iii—Ba_a—Si^i	149.879 (14)
Mn_m2^iv—Na_m1—Ca_m2^x	68.79 (2)	Ti_l^iii—Ba_a—Si^ii	76.048 (16)
Mn_m2^iv—Na_m1—Ca_m2^xiv	111.21 (2)	Ti_l^iii—Ba_a—Si^iii	54.903 (15)
Mn_m2^iv—Na_m1—Ca_m2^iv	0.0 (5)	Ti_l^iii—Ba_a—Si^iv	54.903 (15)
Mn_m2^iv—Na_m1—Fe_m2^xiii	180.0 (5)	Ti_l^iii—Ba_a—Si^v	149.879 (14)
Mn_m2^iv—Na_m1—Fe_m2^x	68.79 (2)	Ti_l^iii—Ba_a—Si^vi	76.048 (16)
Mn_m2^iv—Na_m1—Fe_m2^xiv	111.21 (2)	Ti_l^iii—Ba_a—O1^ii	83.25 (5)
Mn_m2^iv—Na_m1—Fe_m2^iv	0.0 (5)	Ti_l^iii—Ba_a—O1^vi	83.25 (5)
Mn_m2^iv—Na_m1—Mg_m3^xvi	55.607 (17)	Ti_l^iii—Ba_a—O3^i	125.69 (4)
Mn_m2^iv—Na_m1—Mg_m3^x	124.393 (17)	Ti_l^iii—Ba_a—O3^v	125.69 (4)
Ca_m2^xiii—Na_m1—Ca_m2^x	111.21 (2)	Ti_l^iii—Ba_a—O4^i	153.52 (6)
Ca_m2^xiii—Na_m1—Ca_m2^xiv	68.79 (2)	Ti_l^iii—Ba_a—O4^ii	63.22 (6)
Ca_m2^xiii—Na_m1—Ca_m2^iv	180.0 (5)	Ti_l^iii—Ba_a—K_a	0
Ca_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	Ti_l^iii—Ba_a—K_a^vii	102.465 (8)
Ca_m2^xiii—Na_m1—Fe_m2^x	111.21 (2)	Ti_l^iii—Ba_a—K_a^iii	52.498 (5)
Ca_m2^xiii—Na_m1—Fe_m2^xiv	68.79 (2)	Ti_l^iii—Ba_a—K_a^viii	102.465 (8)
Ca_m2^xiii—Na_m1—Fe_m2^iv	180.0 (5)	Ti_l^iii—Ba_a—K_a^ix	52.498 (5)
Ca_m2^xiii—Na_m1—Mg_m3^xvi	124.393 (17)	Ti_l^iii—Ba_a—Na_a	0
Ca_m2^xiii—Na_m1—Mg_m3^x	55.607 (17)	Ti_l^iii—Ba_a—Ba_a^vii	102.465 (8)
Ca_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Ti_l^iii—Ba_a—Ba_a^iii	52.498 (5)
Ca_m2^x—Na_m1—Ca_m2^iv	68.79 (2)	Ti_l^iii—Ba_a—Ba_a^viii	102.465 (8)
Ca_m2^x—Na_m1—Fe_m2^xiii	111.21 (2)	Ti_l^iii—Ba_a—Ba_a^ix	52.498 (5)
Ca_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Si^i—Ba_a—Si^ii	102.412 (18)
Ca_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Si^i—Ba_a—Si^iii	128.309 (18)
Ca_m2^x—Na_m1—Fe_m2^iv	68.79 (2)	Si^i—Ba_a—Si^iv	95.995 (18)
Ca_m2^x—Na_m1—Mg_m3^xvi	124.393 (17)	Si^i—Ba_a—Si^v	52.670 (18)
Ca_m2^x—Na_m1—Mg_m3^x	55.607 (17)	Si^i—Ba_a—Si^vi	127.40 (2)
Ca_m2^xiv—Na_m1—Ca_m2^iv	111.21 (2)	Si^i—Ba_a—O1^ii	83.29 (5)
Ca_m2^xiv—Na_m1—Fe_m2^xiii	68.79 (2)	Si^i—Ba_a—O1^vi	126.50 (5)
Ca_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Si^i—Ba_a—O3^i	27.40 (5)
Ca_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Si^i—Ba_a—O3^v	79.97 (5)
Ca_m2^xiv—Na_m1—Fe_m2^iv	111.21 (2)	Si^i—Ba_a—O4^i	28.50 (2)
Ca_m2^xiv—Na_m1—Mg_m3^xvi	55.607 (17)	Si^i—Ba_a—O4^ii	126.81 (5)
Ca_m2^xiv—Na_m1—Mg_m3^x	124.393 (17)	Si^i—Ba_a—K_a	0
Ca_m2^iv—Na_m1—Fe_m2^xiii	180.0 (5)	Si^i—Ba_a—K_a^vii	48.048 (13)
Ca_m2^iv—Na_m1—Fe_m2^x	68.79 (2)	Si^i—Ba_a—K_a^iii	103.791 (13)
Ca_m2^iv—Na_m1—Fe_m2^xiv	111.21 (2)	Si^i—Ba_a—K_a^viii	90.619 (14)
Ca_m2^iv—Na_m1—Fe_m2^iv	0.0 (5)	Si^i—Ba_a—K_a^ix	156.323 (14)
Ca_m2^iv—Na_m1—Mg_m3^xvi	55.607 (17)	Si^i—Ba_a—Na_a	0
Ca_m2^iv—Na_m1—Mg_m3^x	124.393 (17)	Si^i—Ba_a—Ba_a^vii	48.048 (13)
Fe_m2^xiii—Na_m1—Fe_m2^x	111.21 (2)	Si^i—Ba_a—Ba_a^iii	103.791 (13)
Fe_m2^xiii—Na_m1—Fe_m2^xiv	68.79 (2)	Si^i—Ba_a—Ba_a^viii	90.619 (14)
Fe_m2^xiii—Na_m1—Fe_m2^iv	180.0 (5)	Si^i—Ba_a—Ba_a^ix	156.323 (14)
Fe_m2^xiii—Na_m1—Mg_m3^xvi	124.393 (17)	Si^ii—Ba_a—Si^iii	128.03 (2)
Fe_m2^xiii—Na_m1—Mg_m3^x	55.607 (17)	Si^ii—Ba_a—Si^iv	95.855 (18)
Fe_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Si^ii—Ba_a—Si^v	127.40 (2)
Fe_m2^x—Na_m1—Fe_m2^iv	68.79 (2)	Si^ii—Ba_a—Si^vi	52.511 (18)
Fe_m2^x—Na_m1—Mg_m3^xvi	124.393 (17)	Si^ii—Ba_a—O1^ii	27.26 (4)
Fe_m2^x—Na_m1—Mg_m3^x	55.607 (17)	Si^ii—Ba_a—O1^vi	79.68 (4)
Fe_m2^xiv—Na_m1—Fe_m2^iv	111.21 (2)	Si^ii—Ba_a—O3^i	83.21 (4)
Fe_m2^xiv—Na_m1—Mg_m3^xvi	55.607 (17)	Si^ii—Ba_a—O3^v	126.40 (4)
Fe_m2^xiv—Na_m1—Mg_m3^x	124.393 (17)	Si^ii—Ba_a—O4^i	126.94 (5)
Fe_m2^iv—Na_m1—Mg_m3^xvi	55.607 (17)	Si^ii—Ba_a—O4^ii	28.38 (3)
Fe_m2^iv—Na_m1—Mg_m3^x	124.393 (17)	Si^ii—Ba_a—K_a	0
Mg_m3^xvi—Na_m1—Mg_m3^x	180.0 (5)	Si^ii—Ba_a—K_a^vii	103.695 (13)
Ti_l^xx—Na_m2—Ti_l^iii	116.45 (3)	Si^ii—Ba_a—K_a^iii	47.888 (13)
Ti_l^xx—Na_m2—Na_m1^xx	61.340 (16)	Si^ii—Ba_a—K_a^viii	156.089 (13)
Ti_l^xx—Na_m2—Na_m1^xxix	83.38 (2)	Si^ii—Ba_a—K_a^ix	90.285 (14)
Ti_l^xx—Na_m2—Na_m2^xvii	58.225 (17)	Si^ii—Ba_a—Na_a	0
Ti_l^xx—Na_m2—Na_m2^xviii	121.775 (17)	Si^ii—Ba_a—Ba_a^vii	103.695 (13)
Ti_l^xx—Na_m2—Ti_m3	95.373 (9)	Si^ii—Ba_a—Ba_a^iii	47.888 (13)
Ti_l^xx—Na_m2—Ti_m3^xix	117.861 (11)	Si^ii—Ba_a—Ba_a^viii	156.089 (13)
Ti_l^xx—Na_m2—O2^xx	24.33 (7)	Si^ii—Ba_a—Ba_a^ix	90.285 (14)
Ti_l^xx—Na_m2—O2^iii	94.32 (7)	Si^iii—Ba_a—Si^iv	71.038 (19)
Ti_l^xx—Na_m2—O5^xx	79.72 (6)	Si^iii—Ba_a—Si^v	95.995 (18)
Ti_l^xx—Na_m2—O5^iii	106.78 (6)	Si^iii—Ba_a—Si^vi	95.855 (18)
Ti_l^xx—Na_m2—O_x	83.55 (7)	Si^iii—Ba_a—O1^ii	137.37 (5)
Ti_l^xx—Na_m2—O_x^xxi	152.64 (9)	Si^iii—Ba_a—O1^vi	78.68 (5)
Ti_l^xx—Na_m2—Mn_m2	0	Si^iii—Ba_a—O3^i	137.58 (4)
Ti_l^xx—Na_m2—Mn_m2^xviii	121.775 (17)	Si^iii—Ba_a—O3^v	78.67 (5)
Ti_l^xx—Na_m2—Ca_m2	0	Si^iii—Ba_a—O4^i	104.94 (5)
Ti_l^xx—Na_m2—Ca_m2^xvii	58.225 (17)	Si^iii—Ba_a—O4^ii	104.79 (5)
Ti_l^xx—Na_m2—Ca_m2^xviii	121.775 (17)	Si^iii—Ba_a—K_a	0
Ti_l^xx—Na_m2—Fe_m2	0	Si^iii—Ba_a—K_a^vii	102.700 (14)
Ti_l^xx—Na_m2—Fe_m3	95.373 (9)	Si^iii—Ba_a—K_a^iii	102.570 (15)
Ti_l^xx—Na_m2—Fe_m3^xix	117.861 (11)	Si^iii—Ba_a—K_a^viii	47.947 (13)
Ti_l^xx—Na_m2—Mg_m3	95.373 (9)	Si^iii—Ba_a—K_a^ix	47.966 (13)
Ti_l^xx—Na_m2—Mg_m3^xix	117.861 (11)	Si^iii—Ba_a—Na_a	0
Ti_l^iii—Na_m2—Na_m1^xx	83.38 (2)	Si^iii—Ba_a—Ba_a^vii	102.700 (14)
Ti_l^iii—Na_m2—Na_m1^xxix	61.340 (16)	Si^iii—Ba_a—Ba_a^iii	102.570 (15)
Ti_l^iii—Na_m2—Na_m2^xvii	58.225 (17)	Si^iii—Ba_a—Ba_a^viii	47.947 (13)
Ti_l^iii—Na_m2—Na_m2^xviii	121.775 (17)	Si^iii—Ba_a—Ba_a^ix	47.966 (13)
Ti_l^iii—Na_m2—Ti_m3	117.861 (11)	Si^iv—Ba_a—Si^v	128.309 (18)
Ti_l^iii—Na_m2—Ti_m3^xix	95.373 (9)	Si^iv—Ba_a—Si^vi	128.03 (2)
Ti_l^iii—Na_m2—O2^xx	94.32 (7)	Si^iv—Ba_a—O1^ii	78.68 (5)
Ti_l^iii—Na_m2—O2^iii	24.33 (7)	Si^iv—Ba_a—O1^vi	137.37 (5)
Ti_l^iii—Na_m2—O5^xx	106.78 (6)	Si^iv—Ba_a—O3^i	78.67 (5)
Ti_l^iii—Na_m2—O5^iii	79.72 (6)	Si^iv—Ba_a—O3^v	137.58 (4)
Ti_l^iii—Na_m2—O_x	152.64 (9)	Si^iv—Ba_a—O4^i	104.94 (5)
Ti_l^iii—Na_m2—O_x^xxi	83.55 (7)	Si^iv—Ba_a—O4^ii	104.79 (5)
Ti_l^iii—Na_m2—Mn_m2	0	Si^iv—Ba_a—K_a	0
Ti_l^iii—Na_m2—Mn_m2^xviii	121.775 (17)	Si^iv—Ba_a—K_a^vii	47.947 (13)
Ti_l^iii—Na_m2—Ca_m2	0	Si^iv—Ba_a—K_a^iii	47.966 (13)
Ti_l^iii—Na_m2—Ca_m2^xvii	58.225 (17)	Si^iv—Ba_a—K_a^viii	102.700 (14)
Ti_l^iii—Na_m2—Ca_m2^xviii	121.775 (17)	Si^iv—Ba_a—K_a^ix	102.570 (15)
Ti_l^iii—Na_m2—Fe_m2	0	Si^iv—Ba_a—Na_a	0
Ti_l^iii—Na_m2—Fe_m3	117.861 (11)	Si^iv—Ba_a—Ba_a^vii	47.947 (13)
Ti_l^iii—Na_m2—Fe_m3^xix	95.373 (9)	Si^iv—Ba_a—Ba_a^iii	47.966 (13)
Ti_l^iii—Na_m2—Mg_m3	117.861 (11)	Si^iv—Ba_a—Ba_a^viii	102.700 (14)
Ti_l^iii—Na_m2—Mg_m3^xix	95.373 (9)	Si^iv—Ba_a—Ba_a^ix	102.570 (15)
Na_m1^xx—Na_m2—Na_m1^xxix	111.21 (3)	Si^v—Ba_a—Si^vi	102.412 (18)
Na_m1^xx—Na_m2—Na_m2^xvii	55.607 (17)	Si^v—Ba_a—O1^ii	126.50 (5)
Na_m1^xx—Na_m2—Na_m2^xviii	124.393 (17)	Si^v—Ba_a—O1^vi	83.29 (5)
Na_m1^xx—Na_m2—Ti_m3	66.5783 (9)	Si^v—Ba_a—O3^i	79.97 (5)
Na_m1^xx—Na_m2—Ti_m3^xix	177.79 (3)	Si^v—Ba_a—O3^v	27.40 (5)
Na_m1^xx—Na_m2—O2^xx	44.08 (9)	Si^v—Ba_a—O4^i	28.50 (2)
Na_m1^xx—Na_m2—O2^iii	79.73 (8)	Si^v—Ba_a—O4^ii	126.81 (5)
Na_m1^xx—Na_m2—O5^xx	139.63 (6)	Si^v—Ba_a—K_a	0
Na_m1^xx—Na_m2—O5^iii	49.94 (6)	Si^v—Ba_a—K_a^vii	90.619 (14)
Na_m1^xx—Na_m2—O_x	91.41 (8)	Si^v—Ba_a—K_a^iii	156.323 (14)
Na_m1^xx—Na_m2—O_x^xxi	143.88 (9)	Si^v—Ba_a—K_a^viii	48.048 (13)
Na_m1^xx—Na_m2—Mn_m2	0	Si^v—Ba_a—K_a^ix	103.791 (13)
Na_m1^xx—Na_m2—Mn_m2^xviii	124.393 (17)	Si^v—Ba_a—Na_a	0
Na_m1^xx—Na_m2—Ca_m2	0	Si^v—Ba_a—Ba_a^vii	90.619 (14)
Na_m1^xx—Na_m2—Ca_m2^xvii	55.607 (17)	Si^v—Ba_a—Ba_a^iii	156.323 (14)
Na_m1^xx—Na_m2—Ca_m2^xviii	124.393 (17)	Si^v—Ba_a—Ba_a^viii	48.048 (13)
Na_m1^xx—Na_m2—Fe_m2	0	Si^v—Ba_a—Ba_a^ix	103.791 (13)
Na_m1^xx—Na_m2—Fe_m3	66.5783 (9)	Si^vi—Ba_a—O1^ii	79.68 (4)
Na_m1^xx—Na_m2—Fe_m3^xix	177.79 (3)	Si^vi—Ba_a—O1^vi	27.26 (4)
Na_m1^xx—Na_m2—Mg_m3	66.5783 (9)	Si^vi—Ba_a—O3^i	126.40 (4)
Na_m1^xx—Na_m2—Mg_m3^xix	177.79 (3)	Si^vi—Ba_a—O3^v	83.21 (4)
Na_m1^xxix—Na_m2—Na_m2^xvii	55.607 (17)	Si^vi—Ba_a—O4^i	126.94 (5)
Na_m1^xxix—Na_m2—Na_m2^xviii	124.393 (17)	Si^vi—Ba_a—O4^ii	28.38 (3)
Na_m1^xxix—Na_m2—Ti_m3	177.79 (3)	Si^vi—Ba_a—K_a	0
Na_m1^xxix—Na_m2—Ti_m3^xix	66.5783 (9)	Si^vi—Ba_a—K_a^vii	156.089 (13)
Na_m1^xxix—Na_m2—O2^xx	79.73 (8)	Si^vi—Ba_a—K_a^iii	90.285 (14)
Na_m1^xxix—Na_m2—O2^iii	44.08 (9)	Si^vi—Ba_a—K_a^viii	103.695 (13)
Na_m1^xxix—Na_m2—O5^xx	49.94 (6)	Si^vi—Ba_a—K_a^ix	47.888 (13)
Na_m1^xxix—Na_m2—O5^iii	139.63 (6)	Si^vi—Ba_a—Na_a	0
Na_m1^xxix—Na_m2—O_x	143.88 (9)	Si^vi—Ba_a—Ba_a^vii	156.089 (13)
Na_m1^xxix—Na_m2—O_x^xxi	91.41 (8)	Si^vi—Ba_a—Ba_a^iii	90.285 (14)
Na_m1^xxix—Na_m2—Mn_m2	0	Si^vi—Ba_a—Ba_a^viii	103.695 (13)
Na_m1^xxix—Na_m2—Mn_m2^xviii	124.393 (17)	Si^vi—Ba_a—Ba_a^ix	47.888 (13)
Na_m1^xxix—Na_m2—Ca_m2	0	O1^ii—Ba_a—O1^vi	106.67 (6)
Na_m1^xxix—Na_m2—Ca_m2^xvii	55.607 (17)	O1^ii—Ba_a—O3^i	59.27 (6)
Na_m1^xxix—Na_m2—Ca_m2^xviii	124.393 (17)	O1^ii—Ba_a—O3^v	141.21 (6)
Na_m1^xxix—Na_m2—Fe_m2	0	O1^ii—Ba_a—O4^i	111.48 (5)
Na_m1^xxix—Na_m2—Fe_m3	177.79 (3)	O1^ii—Ba_a—O4^ii	54.86 (4)
Na_m1^xxix—Na_m2—Fe_m3^xix	66.5783 (9)	O1^ii—Ba_a—K_a	0
Na_m1^xxix—Na_m2—Mg_m3	177.79 (3)	O1^ii—Ba_a—K_a^vii	76.47 (4)
Na_m1^xxix—Na_m2—Mg_m3^xix	66.5783 (9)	O1^ii—Ba_a—K_a^iii	35.90 (5)
Na_m2^xvii—Na_m2—Na_m2^xviii	180.0 (5)	O1^ii—Ba_a—K_a^viii	173.87 (5)
Na_m2^xvii—Na_m2—Ti_m3	122.185 (17)	O1^ii—Ba_a—K_a^ix	114.51 (4)
Na_m2^xvii—Na_m2—Ti_m3^xix	122.185 (17)	O1^ii—Ba_a—Na_a	0
Na_m2^xvii—Na_m2—O2^xx	37.47 (6)	O1^ii—Ba_a—Ba_a^vii	76.47 (4)
Na_m2^xvii—Na_m2—O2^iii	37.47 (6)	O1^ii—Ba_a—Ba_a^iii	35.90 (5)
Na_m2^xvii—Na_m2—O5^xx	96.01 (6)	O1^ii—Ba_a—Ba_a^viii	173.87 (5)
Na_m2^xvii—Na_m2—O5^iii	96.01 (6)	O1^ii—Ba_a—Ba_a^ix	114.51 (4)
Na_m2^xvii—Na_m2—O_x	137.45 (6)	O1^vi—Ba_a—O3^i	141.21 (6)
Na_m2^xvii—Na_m2—O_x^xxi	137.45 (6)	O1^vi—Ba_a—O3^v	59.27 (6)
Na_m2^xvii—Na_m2—Mn_m2	0	O1^vi—Ba_a—O4^i	111.48 (5)
Na_m2^xvii—Na_m2—Mn_m2^xviii	180.0 (5)	O1^vi—Ba_a—O4^ii	54.86 (4)
Na_m2^xvii—Na_m2—Ca_m2	0	O1^vi—Ba_a—K_a	0
Na_m2^xvii—Na_m2—Ca_m2^xvii	0.0 (5)	O1^vi—Ba_a—K_a^vii	173.87 (5)
Na_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	O1^vi—Ba_a—K_a^iii	114.51 (4)
Na_m2^xvii—Na_m2—Fe_m2	0	O1^vi—Ba_a—K_a^viii	76.47 (4)
Na_m2^xvii—Na_m2—Fe_m3	122.185 (17)	O1^vi—Ba_a—K_a^ix	35.90 (5)
Na_m2^xvii—Na_m2—Fe_m3^xix	122.185 (17)	O1^vi—Ba_a—Na_a	0
Na_m2^xvii—Na_m2—Mg_m3	122.185 (17)	O1^vi—Ba_a—Ba_a^vii	173.87 (5)
Na_m2^xvii—Na_m2—Mg_m3^xix	122.185 (17)	O1^vi—Ba_a—Ba_a^iii	114.51 (4)
Na_m2^xviii—Na_m2—Ti_m3	57.815 (17)	O1^vi—Ba_a—Ba_a^viii	76.47 (4)
Na_m2^xviii—Na_m2—Ti_m3^xix	57.815 (17)	O1^vi—Ba_a—Ba_a^ix	35.90 (5)
Na_m2^xviii—Na_m2—O2^xx	142.53 (6)	O3^i—Ba_a—O3^v	107.10 (6)
Na_m2^xviii—Na_m2—O2^iii	142.53 (6)	O3^i—Ba_a—O4^i	55.09 (4)
Na_m2^xviii—Na_m2—O5^xx	83.99 (6)	O3^i—Ba_a—O4^ii	111.28 (5)
Na_m2^xviii—Na_m2—O5^iii	83.99 (6)	O3^i—Ba_a—K_a	0
Na_m2^xviii—Na_m2—O_x	42.55 (6)	O3^i—Ba_a—K_a^vii	35.93 (4)
Na_m2^xviii—Na_m2—O_x^xxi	42.55 (6)	O3^i—Ba_a—K_a^iii	76.42 (4)
Na_m2^xviii—Na_m2—Mn_m2	0	O3^i—Ba_a—K_a^viii	114.96 (4)
Na_m2^xviii—Na_m2—Mn_m2^xviii	0.0 (5)	O3^i—Ba_a—K_a^ix	173.47 (4)
Na_m2^xviii—Na_m2—Ca_m2	0	O3^i—Ba_a—Na_a	0
Na_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	O3^i—Ba_a—Ba_a^vii	35.93 (4)
Na_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	O3^i—Ba_a—Ba_a^iii	76.42 (4)
Na_m2^xviii—Na_m2—Fe_m2	0	O3^i—Ba_a—Ba_a^viii	114.96 (4)
Na_m2^xviii—Na_m2—Fe_m3	57.815 (17)	O3^i—Ba_a—Ba_a^ix	173.47 (4)
Na_m2^xviii—Na_m2—Fe_m3^xix	57.815 (17)	O3^v—Ba_a—O4^i	55.09 (4)
Na_m2^xviii—Na_m2—Mg_m3	57.815 (17)	O3^v—Ba_a—O4^ii	111.28 (5)
Na_m2^xviii—Na_m2—Mg_m3^xix	57.815 (17)	O3^v—Ba_a—K_a	0
Ti_m3—Na_m2—Ti_m3^xix	115.63 (3)	O3^v—Ba_a—K_a^vii	114.96 (4)
Ti_m3—Na_m2—O2^xx	98.38 (8)	O3^v—Ba_a—K_a^iii	173.47 (4)
Ti_m3—Na_m2—O2^iii	134.40 (9)	O3^v—Ba_a—K_a^viii	35.93 (4)
Ti_m3—Na_m2—O5^xx	131.68 (7)	O3^v—Ba_a—K_a^ix	76.42 (4)
Ti_m3—Na_m2—O5^iii	39.05 (6)	O3^v—Ba_a—Na_a	0
Ti_m3—Na_m2—O_x	37.43 (9)	O3^v—Ba_a—Ba_a^vii	114.96 (4)
Ti_m3—Na_m2—O_x^xxi	90.53 (8)	O3^v—Ba_a—Ba_a^iii	173.47 (4)
Ti_m3—Na_m2—Mn_m2	0	O3^v—Ba_a—Ba_a^viii	35.93 (4)
Ti_m3—Na_m2—Mn_m2^xviii	57.815 (17)	O3^v—Ba_a—Ba_a^ix	76.42 (4)
Ti_m3—Na_m2—Ca_m2	0	O4^i—Ba_a—O4^ii	143.26 (8)
Ti_m3—Na_m2—Ca_m2^xvii	122.185 (17)	O4^i—Ba_a—K_a	0
Ti_m3—Na_m2—Ca_m2^xviii	57.815 (17)	O4^i—Ba_a—K_a^vii	62.40 (3)
Ti_m3—Na_m2—Fe_m2	0	O4^i—Ba_a—K_a^iii	129.862 (7)
Ti_m3—Na_m2—Fe_m3	0.0 (5)	O4^i—Ba_a—K_a^viii	62.40 (3)
Ti_m3—Na_m2—Fe_m3^xix	115.63 (3)	O4^i—Ba_a—K_a^ix	129.862 (7)
Ti_m3—Na_m2—Mg_m3	0.0 (5)	O4^i—Ba_a—Na_a	0
Ti_m3—Na_m2—Mg_m3^xix	115.63 (3)	O4^i—Ba_a—Ba_a^vii	62.40 (3)
Ti_m3^xix—Na_m2—O2^xx	134.40 (9)	O4^i—Ba_a—Ba_a^iii	129.862 (7)
Ti_m3^xix—Na_m2—O2^iii	98.38 (8)	O4^i—Ba_a—Ba_a^viii	62.40 (3)
Ti_m3^xix—Na_m2—O5^xx	39.05 (6)	O4^i—Ba_a—Ba_a^ix	129.862 (7)
Ti_m3^xix—Na_m2—O5^iii	131.68 (7)	O4^ii—Ba_a—K_a	0
Ti_m3^xix—Na_m2—O_x	90.53 (8)	O4^ii—Ba_a—K_a^vii	129.658 (7)
Ti_m3^xix—Na_m2—O_x^xxi	37.43 (9)	O4^ii—Ba_a—K_a^iii	62.19 (3)
Ti_m3^xix—Na_m2—Mn_m2	0	O4^ii—Ba_a—K_a^viii	129.658 (7)
Ti_m3^xix—Na_m2—Mn_m2^xviii	57.815 (17)	O4^ii—Ba_a—K_a^ix	62.19 (3)
Ti_m3^xix—Na_m2—Ca_m2	0	O4^ii—Ba_a—Na_a	0
Ti_m3^xix—Na_m2—Ca_m2^xvii	122.185 (17)	O4^ii—Ba_a—Ba_a^vii	129.658 (7)
Ti_m3^xix—Na_m2—Ca_m2^xviii	57.815 (17)	O4^ii—Ba_a—Ba_a^iii	62.19 (3)
Ti_m3^xix—Na_m2—Fe_m2	0	O4^ii—Ba_a—Ba_a^viii	129.658 (7)
Ti_m3^xix—Na_m2—Fe_m3	115.63 (3)	O4^ii—Ba_a—Ba_a^ix	62.19 (3)
Ti_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	K_a—Ba_a—K_a^vii	0
Ti_m3^xix—Na_m2—Mg_m3	115.63 (3)	K_a—Ba_a—K_a^iii	0
Ti_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	K_a—Ba_a—K_a^viii	0
O2^xx—Na_m2—O2^iii	74.95 (9)	K_a—Ba_a—K_a^ix	0
O2^xx—Na_m2—O5^xx	95.65 (11)	K_a—Ba_a—Na_a	0
O2^xx—Na_m2—O5^iii	93.88 (11)	K_a—Ba_a—Ba_a^vii	0
O2^xx—Na_m2—O_x	100.50 (9)	K_a—Ba_a—Ba_a^iii	0
O2^xx—Na_m2—O_x^xxi	170.77 (12)	K_a—Ba_a—Ba_a^viii	0
O2^xx—Na_m2—Mn_m2	0	K_a—Ba_a—Ba_a^ix	0
O2^xx—Na_m2—Mn_m2^xviii	142.53 (6)	K_a^vii—Ba_a—K_a^iii	71.172 (4)
O2^xx—Na_m2—Ca_m2	0	K_a^vii—Ba_a—K_a^viii	99.932 (6)
O2^xx—Na_m2—Ca_m2^xvii	37.47 (6)	K_a^vii—Ba_a—K_a^ix	147.834 (9)
O2^xx—Na_m2—Ca_m2^xviii	142.53 (6)	K_a^vii—Ba_a—Na_a	0
O2^xx—Na_m2—Fe_m2	0	K_a^vii—Ba_a—Ba_a^vii	0.0 (5)
O2^xx—Na_m2—Fe_m3	98.38 (8)	K_a^vii—Ba_a—Ba_a^iii	71.172 (4)
O2^xx—Na_m2—Fe_m3^xix	134.40 (9)	K_a^vii—Ba_a—Ba_a^viii	99.932 (6)
O2^xx—Na_m2—Mg_m3	98.38 (8)	K_a^vii—Ba_a—Ba_a^ix	147.834 (9)
O2^xx—Na_m2—Mg_m3^xix	134.40 (9)	K_a^iii—Ba_a—K_a^viii	147.834 (9)
O2^iii—Na_m2—O5^xx	93.88 (11)	K_a^iii—Ba_a—K_a^ix	99.556 (7)
O2^iii—Na_m2—O5^iii	95.65 (11)	K_a^iii—Ba_a—Na_a	0
O2^iii—Na_m2—O_x	170.77 (12)	K_a^iii—Ba_a—Ba_a^vii	71.172 (4)
O2^iii—Na_m2—O_x^xxi	100.50 (9)	K_a^iii—Ba_a—Ba_a^iii	0.0 (5)
O2^iii—Na_m2—Mn_m2	0	K_a^iii—Ba_a—Ba_a^viii	147.834 (9)
O2^iii—Na_m2—Mn_m2^xviii	142.53 (6)	K_a^iii—Ba_a—Ba_a^ix	99.556 (7)
O2^iii—Na_m2—Ca_m2	0	K_a^viii—Ba_a—K_a^ix	71.172 (4)
O2^iii—Na_m2—Ca_m2^xvii	37.47 (6)	K_a^viii—Ba_a—Na_a	0
O2^iii—Na_m2—Ca_m2^xviii	142.53 (6)	K_a^viii—Ba_a—Ba_a^vii	99.932 (6)
O2^iii—Na_m2—Fe_m2	0	K_a^viii—Ba_a—Ba_a^iii	147.834 (9)
O2^iii—Na_m2—Fe_m3	134.40 (9)	K_a^viii—Ba_a—Ba_a^viii	0.0 (5)
O2^iii—Na_m2—Fe_m3^xix	98.38 (8)	K_a^viii—Ba_a—Ba_a^ix	71.172 (4)
O2^iii—Na_m2—Mg_m3	134.40 (9)	K_a^ix—Ba_a—Na_a	0
O2^iii—Na_m2—Mg_m3^xix	98.38 (8)	K_a^ix—Ba_a—Ba_a^vii	147.834 (9)
O5^xx—Na_m2—O5^iii	167.98 (10)	K_a^ix—Ba_a—Ba_a^iii	99.556 (7)
O5^xx—Na_m2—O_x	94.57 (11)	K_a^ix—Ba_a—Ba_a^viii	71.172 (4)
O5^xx—Na_m2—O_x^xxi	76.47 (11)	K_a^ix—Ba_a—Ba_a^ix	0.0 (5)
O5^xx—Na_m2—Mn_m2	0	Na_a—Ba_a—Ba_a^vii	0
O5^xx—Na_m2—Mn_m2^xviii	83.99 (6)	Na_a—Ba_a—Ba_a^iii	0
O5^xx—Na_m2—Ca_m2	0	Na_a—Ba_a—Ba_a^viii	0
O5^xx—Na_m2—Ca_m2^xvii	96.01 (6)	Na_a—Ba_a—Ba_a^ix	0
O5^xx—Na_m2—Ca_m2^xviii	83.99 (6)	Ba_a^vii—Ba_a—Ba_a^iii	71.172 (4)
O5^xx—Na_m2—Fe_m2	0	Ba_a^vii—Ba_a—Ba_a^viii	99.932 (6)
O5^xx—Na_m2—Fe_m3	131.68 (7)	Ba_a^vii—Ba_a—Ba_a^ix	147.834 (9)
O5^xx—Na_m2—Fe_m3^xix	39.05 (6)	Ba_a^iii—Ba_a—Ba_a^viii	147.834 (9)
O5^xx—Na_m2—Mg_m3	131.68 (7)	Ba_a^iii—Ba_a—Ba_a^ix	99.556 (7)
O5^xx—Na_m2—Mg_m3^xix	39.05 (6)	Ba_a^viii—Ba_a—Ba_a^ix	71.172 (4)
O5^iii—Na_m2—O_x	76.47 (11)	Na_m1^xx—Mn_m2—Na_m1^xxix	111.21 (3)
O5^iii—Na_m2—O_x^xxi	94.57 (11)	Na_m1^xx—Mn_m2—Na_m2	0
O5^iii—Na_m2—Mn_m2	0	Na_m1^xx—Mn_m2—Na_m2^xviii	124.393 (17)
O5^iii—Na_m2—Mn_m2^xviii	83.99 (6)	Na_m1^xx—Mn_m2—Ca_m2	0
O5^iii—Na_m2—Ca_m2	0	Na_m1^xx—Mn_m2—Ca_m2^xviii	124.393 (17)
O5^iii—Na_m2—Ca_m2^xvii	96.01 (6)	Na_m1^xx—Mn_m2—Fe_m2	0
O5^iii—Na_m2—Ca_m2^xviii	83.99 (6)	Na_m1^xxix—Mn_m2—Na_m2	0
O5^iii—Na_m2—Fe_m2	0	Na_m1^xxix—Mn_m2—Na_m2^xviii	124.393 (17)
O5^iii—Na_m2—Fe_m3	39.05 (6)	Na_m1^xxix—Mn_m2—Ca_m2	0
O5^iii—Na_m2—Fe_m3^xix	131.68 (7)	Na_m1^xxix—Mn_m2—Ca_m2^xviii	124.393 (17)
O5^iii—Na_m2—Mg_m3	39.05 (6)	Na_m1^xxix—Mn_m2—Fe_m2	0
O5^iii—Na_m2—Mg_m3^xix	131.68 (7)	Na_m2—Mn_m2—Na_m2^xviii	0
O_x—Na_m2—O_x^xxi	85.09 (10)	Na_m2—Mn_m2—Ca_m2	0
O_x—Na_m2—Mn_m2	0	Na_m2—Mn_m2—Ca_m2^xviii	0
O_x—Na_m2—Mn_m2^xviii	42.55 (6)	Na_m2—Mn_m2—Fe_m2	0
O_x—Na_m2—Ca_m2	0	Na_m2^xviii—Mn_m2—Ca_m2	0
O_x—Na_m2—Ca_m2^xvii	137.45 (6)	Na_m2^xviii—Mn_m2—Ca_m2^xviii	0.0 (5)
O_x—Na_m2—Ca_m2^xviii	42.55 (6)	Na_m2^xviii—Mn_m2—Fe_m2	0
O_x—Na_m2—Fe_m2	0	Ca_m2—Mn_m2—Ca_m2^xviii	0
O_x—Na_m2—Fe_m3	37.43 (9)	Ca_m2—Mn_m2—Fe_m2	0
O_x—Na_m2—Fe_m3^xix	90.53 (8)	Ca_m2^xviii—Mn_m2—Fe_m2	0
O_x—Na_m2—Mg_m3	37.43 (9)	Ti_l^xx—Ca_m2—Ti_l^iii	116.45 (3)
O_x—Na_m2—Mg_m3^xix	90.53 (8)	Ti_l^xx—Ca_m2—Na_m1^xx	61.340 (16)
O_x^xxi—Na_m2—Mn_m2	0	Ti_l^xx—Ca_m2—Na_m1^xxix	83.38 (2)
O_x^xxi—Na_m2—Mn_m2^xviii	42.55 (6)	Ti_l^xx—Ca_m2—Na_m2	0
O_x^xxi—Na_m2—Ca_m2	0	Ti_l^xx—Ca_m2—Na_m2^xvii	58.225 (17)
O_x^xxi—Na_m2—Ca_m2^xvii	137.45 (6)	Ti_l^xx—Ca_m2—Na_m2^xviii	121.775 (17)
O_x^xxi—Na_m2—Ca_m2^xviii	42.55 (6)	Ti_l^xx—Ca_m2—Ti_m3	95.373 (9)
O_x^xxi—Na_m2—Fe_m2	0	Ti_l^xx—Ca_m2—Ti_m3^xix	117.861 (11)
O_x^xxi—Na_m2—Fe_m3	90.53 (8)	Ti_l^xx—Ca_m2—O2^xx	24.33 (7)
O_x^xxi—Na_m2—Fe_m3^xix	37.43 (9)	Ti_l^xx—Ca_m2—O2^iii	94.32 (7)
O_x^xxi—Na_m2—Mg_m3	90.53 (8)	Ti_l^xx—Ca_m2—O5^xx	79.72 (6)
O_x^xxi—Na_m2—Mg_m3^xix	37.43 (9)	Ti_l^xx—Ca_m2—O5^iii	106.78 (6)
Mn_m2—Na_m2—Mn_m2^xviii	0	Ti_l^xx—Ca_m2—O_x	83.55 (7)
Mn_m2—Na_m2—Ca_m2	0	Ti_l^xx—Ca_m2—O_x^xxi	152.64 (9)
Mn_m2—Na_m2—Ca_m2^xvii	0	Ti_l^xx—Ca_m2—Mn_m2	0
Mn_m2—Na_m2—Ca_m2^xviii	0	Ti_l^xx—Ca_m2—Mn_m2^xviii	121.775 (17)
Mn_m2—Na_m2—Fe_m2	0	Ti_l^xx—Ca_m2—Ca_m2^xvii	58.225 (17)
Mn_m2—Na_m2—Fe_m3	0	Ti_l^xx—Ca_m2—Ca_m2^xviii	121.775 (17)
Mn_m2—Na_m2—Fe_m3^xix	0	Ti_l^xx—Ca_m2—Fe_m2	0
Mn_m2—Na_m2—Mg_m3	0	Ti_l^xx—Ca_m2—Fe_m3	95.373 (9)
Mn_m2—Na_m2—Mg_m3^xix	0	Ti_l^xx—Ca_m2—Fe_m3^xix	117.861 (11)
Mn_m2^xviii—Na_m2—Ca_m2	0	Ti_l^xx—Ca_m2—Mg_m3	95.373 (9)
Mn_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	Ti_l^xx—Ca_m2—Mg_m3^xix	117.861 (11)
Mn_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	Ti_l^iii—Ca_m2—Na_m1^xx	83.38 (2)
Mn_m2^xviii—Na_m2—Fe_m2	0	Ti_l^iii—Ca_m2—Na_m1^xxix	61.340 (16)
Mn_m2^xviii—Na_m2—Fe_m3	57.815 (17)	Ti_l^iii—Ca_m2—Na_m2	0
Mn_m2^xviii—Na_m2—Fe_m3^xix	57.815 (17)	Ti_l^iii—Ca_m2—Na_m2^xvii	58.225 (17)
Mn_m2^xviii—Na_m2—Mg_m3	57.815 (17)	Ti_l^iii—Ca_m2—Na_m2^xviii	121.775 (17)
Mn_m2^xviii—Na_m2—Mg_m3^xix	57.815 (17)	Ti_l^iii—Ca_m2—Ti_m3	117.861 (11)
Ca_m2—Na_m2—Ca_m2^xvii	0	Ti_l^iii—Ca_m2—Ti_m3^xix	95.373 (9)
Ca_m2—Na_m2—Ca_m2^xviii	0	Ti_l^iii—Ca_m2—O2^xx	94.32 (7)
Ca_m2—Na_m2—Fe_m2	0	Ti_l^iii—Ca_m2—O2^iii	24.33 (7)
Ca_m2—Na_m2—Fe_m3	0	Ti_l^iii—Ca_m2—O5^xx	106.78 (6)
Ca_m2—Na_m2—Fe_m3^xix	0	Ti_l^iii—Ca_m2—O5^iii	79.72 (6)
Ca_m2—Na_m2—Mg_m3	0	Ti_l^iii—Ca_m2—O_x	152.64 (9)
Ca_m2—Na_m2—Mg_m3^xix	0	Ti_l^iii—Ca_m2—O_x^xxi	83.55 (7)
Ca_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	Ti_l^iii—Ca_m2—Mn_m2	0
Ca_m2^xvii—Na_m2—Fe_m2	0	Ti_l^iii—Ca_m2—Mn_m2^xviii	121.775 (17)
Ca_m2^xvii—Na_m2—Fe_m3	122.185 (17)	Ti_l^iii—Ca_m2—Ca_m2^xvii	58.225 (17)
Ca_m2^xvii—Na_m2—Fe_m3^xix	122.185 (17)	Ti_l^iii—Ca_m2—Ca_m2^xviii	121.775 (17)
Ca_m2^xvii—Na_m2—Mg_m3	122.185 (17)	Ti_l^iii—Ca_m2—Fe_m2	0
Ca_m2^xvii—Na_m2—Mg_m3^xix	122.185 (17)	Ti_l^iii—Ca_m2—Fe_m3	117.861 (11)
Ca_m2^xviii—Na_m2—Fe_m2	0	Ti_l^iii—Ca_m2—Fe_m3^xix	95.373 (9)
Ca_m2^xviii—Na_m2—Fe_m3	57.815 (17)	Ti_l^iii—Ca_m2—Mg_m3	117.861 (11)
Ca_m2^xviii—Na_m2—Fe_m3^xix	57.815 (17)	Ti_l^iii—Ca_m2—Mg_m3^xix	95.373 (9)
Ca_m2^xviii—Na_m2—Mg_m3	57.815 (17)	Na_m1^xx—Ca_m2—Na_m1^xxix	111.21 (3)
Ca_m2^xviii—Na_m2—Mg_m3^xix	57.815 (17)	Na_m1^xx—Ca_m2—Na_m2	0
Fe_m2—Na_m2—Fe_m3	0	Na_m1^xx—Ca_m2—Na_m2^xvii	55.607 (17)
Fe_m2—Na_m2—Fe_m3^xix	0	Na_m1^xx—Ca_m2—Na_m2^xviii	124.393 (17)
Fe_m2—Na_m2—Mg_m3	0	Na_m1^xx—Ca_m2—Ti_m3	66.5783 (9)
Fe_m2—Na_m2—Mg_m3^xix	0	Na_m1^xx—Ca_m2—Ti_m3^xix	177.79 (3)
Fe_m3—Na_m2—Fe_m3^xix	115.63 (3)	Na_m1^xx—Ca_m2—O2^xx	44.08 (9)
Fe_m3—Na_m2—Mg_m3	0.0 (5)	Na_m1^xx—Ca_m2—O2^iii	79.73 (8)
Fe_m3—Na_m2—Mg_m3^xix	115.63 (3)	Na_m1^xx—Ca_m2—O5^xx	139.63 (6)
Fe_m3^xix—Na_m2—Mg_m3	115.63 (3)	Na_m1^xx—Ca_m2—O5^iii	49.94 (6)
Fe_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	Na_m1^xx—Ca_m2—O_x	91.41 (8)
Mg_m3—Na_m2—Mg_m3^xix	115.63 (3)	Na_m1^xx—Ca_m2—O_x^xxi	143.88 (9)
Na_m2^xi—Ti_m3—Na_m2	115.63 (2)	Na_m1^xx—Ca_m2—Mn_m2	0
Na_m2^xi—Ti_m3—Na_m2^xxvi	64.37 (2)	Na_m1^xx—Ca_m2—Mn_m2^xviii	124.393 (17)
Na_m2^xi—Ti_m3—Na_m2^xviii	180.0 (5)	Na_m1^xx—Ca_m2—Ca_m2^xvii	55.607 (17)
Na_m2^xi—Ti_m3—O5^xxii	44.07 (7)	Na_m1^xx—Ca_m2—Ca_m2^xviii	124.393 (17)
Na_m2^xi—Ti_m3—O5^iii	86.99 (7)	Na_m1^xx—Ca_m2—Fe_m2	0
Na_m2^xi—Ti_m3—O5^xxiii	135.93 (7)	Na_m1^xx—Ca_m2—Fe_m3	66.5783 (9)
Na_m2^xi—Ti_m3—O5^xxiv	93.01 (7)	Na_m1^xx—Ca_m2—Fe_m3^xix	177.79 (3)
Na_m2^xi—Ti_m3—O_x	134.10 (7)	Na_m1^xx—Ca_m2—Mg_m3	66.5783 (9)
Na_m2^xi—Ti_m3—O_x^xxv	45.90 (7)	Na_m1^xx—Ca_m2—Mg_m3^xix	177.79 (3)
Na_m2^xi—Ti_m3—Ca_m2^xi	0.0 (5)	Na_m1^xxix—Ca_m2—Na_m2	0
Na_m2^xi—Ti_m3—Ca_m2	115.63 (2)	Na_m1^xxix—Ca_m2—Na_m2^xvii	55.607 (17)
Na_m2^xi—Ti_m3—Ca_m2^xxvi	64.37 (2)	Na_m1^xxix—Ca_m2—Na_m2^xviii	124.393 (17)
Na_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Na_m1^xxix—Ca_m2—Ti_m3	177.79 (3)
Na_m2^xi—Ti_m3—Fe_m3	0	Na_m1^xxix—Ca_m2—Ti_m3^xix	66.5783 (9)
Na_m2^xi—Ti_m3—Mg_m3	0	Na_m1^xxix—Ca_m2—O2^xx	79.73 (8)
Na_m2—Ti_m3—Na_m2^xxvi	180.0 (5)	Na_m1^xxix—Ca_m2—O2^iii	44.08 (9)
Na_m2—Ti_m3—Na_m2^xviii	64.37 (2)	Na_m1^xxix—Ca_m2—O5^xx	49.94 (6)
Na_m2—Ti_m3—O5^xxii	86.99 (7)	Na_m1^xxix—Ca_m2—O5^iii	139.63 (6)
Na_m2—Ti_m3—O5^iii	44.07 (7)	Na_m1^xxix—Ca_m2—O_x	143.88 (9)
Na_m2—Ti_m3—O5^xxiii	93.01 (7)	Na_m1^xxix—Ca_m2—O_x^xxi	91.41 (8)
Na_m2—Ti_m3—O5^xxiv	135.93 (7)	Na_m1^xxix—Ca_m2—Mn_m2	0
Na_m2—Ti_m3—O_x	45.90 (7)	Na_m1^xxix—Ca_m2—Mn_m2^xviii	124.393 (17)
Na_m2—Ti_m3—O_x^xxv	134.10 (7)	Na_m1^xxix—Ca_m2—Ca_m2^xvii	55.607 (17)
Na_m2—Ti_m3—Ca_m2^xi	115.63 (2)	Na_m1^xxix—Ca_m2—Ca_m2^xviii	124.393 (17)
Na_m2—Ti_m3—Ca_m2	0.0 (5)	Na_m1^xxix—Ca_m2—Fe_m2	0
Na_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Na_m1^xxix—Ca_m2—Fe_m3	177.79 (3)
Na_m2—Ti_m3—Ca_m2^xviii	64.37 (2)	Na_m1^xxix—Ca_m2—Fe_m3^xix	66.5783 (9)
Na_m2—Ti_m3—Fe_m3	0	Na_m1^xxix—Ca_m2—Mg_m3	177.79 (3)
Na_m2—Ti_m3—Mg_m3	0	Na_m1^xxix—Ca_m2—Mg_m3^xix	66.5783 (9)
Na_m2^xxvi—Ti_m3—Na_m2^xviii	115.63 (2)	Na_m2—Ca_m2—Na_m2^xvii	0
Na_m2^xxvi—Ti_m3—O5^xxii	93.01 (7)	Na_m2—Ca_m2—Na_m2^xviii	0
Na_m2^xxvi—Ti_m3—O5^iii	135.93 (7)	Na_m2—Ca_m2—Ti_m3	0
Na_m2^xxvi—Ti_m3—O5^xxiii	86.99 (7)	Na_m2—Ca_m2—Ti_m3^xix	0
Na_m2^xxvi—Ti_m3—O5^xxiv	44.07 (7)	Na_m2—Ca_m2—O2^xx	0
Na_m2^xxvi—Ti_m3—O_x	134.10 (7)	Na_m2—Ca_m2—O2^iii	0
Na_m2^xxvi—Ti_m3—O_x^xxv	45.90 (7)	Na_m2—Ca_m2—O5^xx	0
Na_m2^xxvi—Ti_m3—Ca_m2^xi	64.37 (2)	Na_m2—Ca_m2—O5^iii	0
Na_m2^xxvi—Ti_m3—Ca_m2	180.0 (5)	Na_m2—Ca_m2—O_x	0
Na_m2^xxvi—Ti_m3—Ca_m2^xxvi	0.0 (5)	Na_m2—Ca_m2—O_x^xxi	0
Na_m2^xxvi—Ti_m3—Ca_m2^xviii	115.63 (2)	Na_m2—Ca_m2—Mn_m2	0
Na_m2^xxvi—Ti_m3—Fe_m3	0	Na_m2—Ca_m2—Mn_m2^xviii	0
Na_m2^xxvi—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—Ca_m2^xvii	0
Na_m2^xviii—Ti_m3—O5^xxii	135.93 (7)	Na_m2—Ca_m2—Ca_m2^xviii	0
Na_m2^xviii—Ti_m3—O5^iii	93.01 (7)	Na_m2—Ca_m2—Fe_m2	0
Na_m2^xviii—Ti_m3—O5^xxiii	44.07 (7)	Na_m2—Ca_m2—Fe_m3	0
Na_m2^xviii—Ti_m3—O5^xxiv	86.99 (7)	Na_m2—Ca_m2—Fe_m3^xix	0
Na_m2^xviii—Ti_m3—O_x	45.90 (7)	Na_m2—Ca_m2—Mg_m3	0
Na_m2^xviii—Ti_m3—O_x^xxv	134.10 (7)	Na_m2—Ca_m2—Mg_m3^xix	0
Na_m2^xviii—Ti_m3—Ca_m2^xi	180.0 (5)	Na_m2^xvii—Ca_m2—Na_m2^xviii	180.0 (5)
Na_m2^xviii—Ti_m3—Ca_m2	64.37 (2)	Na_m2^xvii—Ca_m2—Ti_m3	122.185 (17)
Na_m2^xviii—Ti_m3—Ca_m2^xxvi	115.63 (2)	Na_m2^xvii—Ca_m2—Ti_m3^xix	122.185 (17)
Na_m2^xviii—Ti_m3—Ca_m2^xviii	0.0 (5)	Na_m2^xvii—Ca_m2—O2^xx	37.47 (6)
Na_m2^xviii—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—O2^iii	37.47 (6)
Na_m2^xviii—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—O5^xx	96.01 (6)
O5^xxii—Ti_m3—O5^iii	87.27 (9)	Na_m2^xvii—Ca_m2—O5^iii	96.01 (6)
O5^xxii—Ti_m3—O5^xxiii	180.0 (5)	Na_m2^xvii—Ca_m2—O_x	137.45 (6)
O5^xxii—Ti_m3—O5^xxiv	92.73 (9)	Na_m2^xvii—Ca_m2—O_x^xxi	137.45 (6)
O5^xxii—Ti_m3—O_x	90.05 (10)	Na_m2^xvii—Ca_m2—Mn_m2	0
O5^xxii—Ti_m3—O_x^xxv	89.95 (10)	Na_m2^xvii—Ca_m2—Mn_m2^xviii	180.0 (5)
O5^xxii—Ti_m3—Ca_m2^xi	44.07 (7)	Na_m2^xvii—Ca_m2—Ca_m2^xvii	0.0 (5)
O5^xxii—Ti_m3—Ca_m2	86.99 (7)	Na_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
O5^xxii—Ti_m3—Ca_m2^xxvi	93.01 (7)	Na_m2^xvii—Ca_m2—Fe_m2	0
O5^xxii—Ti_m3—Ca_m2^xviii	135.93 (7)	Na_m2^xvii—Ca_m2—Fe_m3	122.185 (17)
O5^xxii—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Fe_m3^xix	122.185 (17)
O5^xxii—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—Mg_m3	122.185 (17)
O5^iii—Ti_m3—O5^xxiii	92.73 (9)	Na_m2^xvii—Ca_m2—Mg_m3^xix	122.185 (17)
O5^iii—Ti_m3—O5^xxiv	180.0 (5)	Na_m2^xviii—Ca_m2—Ti_m3	57.815 (17)
O5^iii—Ti_m3—O_x	89.95 (10)	Na_m2^xviii—Ca_m2—Ti_m3^xix	57.815 (17)
O5^iii—Ti_m3—O_x^xxv	90.05 (10)	Na_m2^xviii—Ca_m2—O2^xx	142.53 (6)
O5^iii—Ti_m3—Ca_m2^xi	86.99 (7)	Na_m2^xviii—Ca_m2—O2^iii	142.53 (6)
O5^iii—Ti_m3—Ca_m2	44.07 (7)	Na_m2^xviii—Ca_m2—O5^xx	83.99 (6)
O5^iii—Ti_m3—Ca_m2^xxvi	135.93 (7)	Na_m2^xviii—Ca_m2—O5^iii	83.99 (6)
O5^iii—Ti_m3—Ca_m2^xviii	93.01 (7)	Na_m2^xviii—Ca_m2—O_x	42.55 (6)
O5^iii—Ti_m3—Fe_m3	0	Na_m2^xviii—Ca_m2—O_x^xxi	42.55 (6)
O5^iii—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—Mn_m2	0
O5^xxiii—Ti_m3—O5^xxiv	87.27 (9)	Na_m2^xviii—Ca_m2—Mn_m2^xviii	0.0 (5)
O5^xxiii—Ti_m3—O_x	89.95 (10)	Na_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
O5^xxiii—Ti_m3—O_x^xxv	90.05 (10)	Na_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
O5^xxiii—Ti_m3—Ca_m2^xi	135.93 (7)	Na_m2^xviii—Ca_m2—Fe_m2	0
O5^xxiii—Ti_m3—Ca_m2	93.01 (7)	Na_m2^xviii—Ca_m2—Fe_m3	57.815 (17)
O5^xxiii—Ti_m3—Ca_m2^xxvi	86.99 (7)	Na_m2^xviii—Ca_m2—Fe_m3^xix	57.815 (17)
O5^xxiii—Ti_m3—Ca_m2^xviii	44.07 (7)	Na_m2^xviii—Ca_m2—Mg_m3	57.815 (17)
O5^xxiii—Ti_m3—Fe_m3	0	Na_m2^xviii—Ca_m2—Mg_m3^xix	57.815 (17)
O5^xxiii—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Ti_m3^xix	115.63 (3)
O5^xxiv—Ti_m3—O_x	90.05 (10)	Ti_m3—Ca_m2—O2^xx	98.38 (8)
O5^xxiv—Ti_m3—O_x^xxv	89.95 (10)	Ti_m3—Ca_m2—O2^iii	134.40 (9)
O5^xxiv—Ti_m3—Ca_m2^xi	93.01 (7)	Ti_m3—Ca_m2—O5^xx	131.68 (7)
O5^xxiv—Ti_m3—Ca_m2	135.93 (7)	Ti_m3—Ca_m2—O5^iii	39.05 (6)
O5^xxiv—Ti_m3—Ca_m2^xxvi	44.07 (7)	Ti_m3—Ca_m2—O_x	37.43 (9)
O5^xxiv—Ti_m3—Ca_m2^xviii	86.99 (7)	Ti_m3—Ca_m2—O_x^xxi	90.53 (8)
O5^xxiv—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—Mn_m2	0
O5^xxiv—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Mn_m2^xviii	57.815 (17)
O_x—Ti_m3—O_x^xxv	180.0 (5)	Ti_m3—Ca_m2—Ca_m2^xvii	122.185 (17)
O_x—Ti_m3—Ca_m2^xi	134.10 (7)	Ti_m3—Ca_m2—Ca_m2^xviii	57.815 (17)
O_x—Ti_m3—Ca_m2	45.90 (7)	Ti_m3—Ca_m2—Fe_m2	0
O_x—Ti_m3—Ca_m2^xxvi	134.10 (7)	Ti_m3—Ca_m2—Fe_m3	0.0 (5)
O_x—Ti_m3—Ca_m2^xviii	45.90 (7)	Ti_m3—Ca_m2—Fe_m3^xix	115.63 (3)
O_x—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—Mg_m3	0.0 (5)
O_x—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Mg_m3^xix	115.63 (3)
O_x^xxv—Ti_m3—Ca_m2^xi	45.90 (7)	Ti_m3^xix—Ca_m2—O2^xx	134.40 (9)
O_x^xxv—Ti_m3—Ca_m2	134.10 (7)	Ti_m3^xix—Ca_m2—O2^iii	98.38 (8)
O_x^xxv—Ti_m3—Ca_m2^xxvi	45.90 (7)	Ti_m3^xix—Ca_m2—O5^xx	39.05 (6)
O_x^xxv—Ti_m3—Ca_m2^xviii	134.10 (7)	Ti_m3^xix—Ca_m2—O5^iii	131.68 (7)
O_x^xxv—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—O_x	90.53 (8)
O_x^xxv—Ti_m3—Mg_m3	0	Ti_m3^xix—Ca_m2—O_x^xxi	37.43 (9)
Ca_m2^xi—Ti_m3—Ca_m2	115.63 (2)	Ti_m3^xix—Ca_m2—Mn_m2	0
Ca_m2^xi—Ti_m3—Ca_m2^xxvi	64.37 (2)	Ti_m3^xix—Ca_m2—Mn_m2^xviii	57.815 (17)
Ca_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Ti_m3^xix—Ca_m2—Ca_m2^xvii	122.185 (17)
Ca_m2^xi—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—Ca_m2^xviii	57.815 (17)
Ca_m2^xi—Ti_m3—Mg_m3	0	Ti_m3^xix—Ca_m2—Fe_m2	0
Ca_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Ti_m3^xix—Ca_m2—Fe_m3	115.63 (3)
Ca_m2—Ti_m3—Ca_m2^xviii	64.37 (2)	Ti_m3^xix—Ca_m2—Fe_m3^xix	0.0 (5)
Ca_m2—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—Mg_m3	115.63 (3)
Ca_m2—Ti_m3—Mg_m3	0	Ti_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
Ca_m2^xxvi—Ti_m3—Ca_m2^xviii	115.63 (2)	O2^xx—Ca_m2—O2^iii	74.95 (9)
Ca_m2^xxvi—Ti_m3—Fe_m3	0	O2^xx—Ca_m2—O5^xx	95.65 (11)
Ca_m2^xxvi—Ti_m3—Mg_m3	0	O2^xx—Ca_m2—O5^iii	93.88 (11)
Ca_m2^xviii—Ti_m3—Fe_m3	0	O2^xx—Ca_m2—O_x	100.50 (9)
Ca_m2^xviii—Ti_m3—Mg_m3	0	O2^xx—Ca_m2—O_x^xxi	170.77 (12)
Fe_m3—Ti_m3—Mg_m3	0	O2^xx—Ca_m2—Mn_m2	0
Sr_a^xii—Si—Sr_a^xxvii	102.41 (2)	O2^xx—Ca_m2—Mn_m2^xviii	142.53 (6)
Sr_a^xii—Si—Sr_a^ix	84.145 (16)	O2^xx—Ca_m2—Ca_m2^xvii	37.47 (6)
Sr_a^xii—Si—O1	51.11 (8)	O2^xx—Ca_m2—Ca_m2^xviii	142.53 (6)
Sr_a^xii—Si—O3	131.30 (8)	O2^xx—Ca_m2—Fe_m2	0
Sr_a^xii—Si—O4	54.45 (10)	O2^xx—Ca_m2—Fe_m3	98.38 (8)
Sr_a^xii—Si—O5	114.46 (9)	O2^xx—Ca_m2—Fe_m3^xix	134.40 (9)
Sr_a^xii—Si—K_a^xii	0.0 (5)	O2^xx—Ca_m2—Mg_m3	98.38 (8)
Sr_a^xii—Si—K_a^xxvii	102.41 (2)	O2^xx—Ca_m2—Mg_m3^xix	134.40 (9)
Sr_a^xii—Si—K_a^ix	84.145 (16)	O2^iii—Ca_m2—O5^xx	93.88 (11)
Sr_a^xii—Si—Ba_a^xii	0.0 (5)	O2^iii—Ca_m2—O5^iii	95.65 (11)
Sr_a^xii—Si—Ba_a^xxvii	102.41 (2)	O2^iii—Ca_m2—O_x	170.77 (12)
Sr_a^xii—Si—Ba_a^ix	84.145 (16)	O2^iii—Ca_m2—O_x^xxi	100.50 (9)
Sr_a^xxvii—Si—Sr_a^ix	84.005 (18)	O2^iii—Ca_m2—Mn_m2	0
Sr_a^xxvii—Si—O1	131.16 (8)	O2^iii—Ca_m2—Mn_m2^xviii	142.53 (6)
Sr_a^xxvii—Si—O3	51.62 (8)	O2^iii—Ca_m2—Ca_m2^xvii	37.47 (6)
Sr_a^xxvii—Si—O4	54.77 (10)	O2^iii—Ca_m2—Ca_m2^xviii	142.53 (6)
Sr_a^xxvii—Si—O5	115.65 (9)	O2^iii—Ca_m2—Fe_m2	0
Sr_a^xxvii—Si—K_a^xii	102.41 (2)	O2^iii—Ca_m2—Fe_m3	134.40 (9)
Sr_a^xxvii—Si—K_a^xxvii	0.0 (5)	O2^iii—Ca_m2—Fe_m3^xix	98.38 (8)
Sr_a^xxvii—Si—K_a^ix	84.005 (18)	O2^iii—Ca_m2—Mg_m3	134.40 (9)
Sr_a^xxvii—Si—Ba_a^xii	102.41 (2)	O2^iii—Ca_m2—Mg_m3^xix	98.38 (8)
Sr_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	O5^xx—Ca_m2—O5^iii	167.98 (10)
Sr_a^xxvii—Si—Ba_a^ix	84.005 (18)	O5^xx—Ca_m2—O_x	94.57 (11)
Sr_a^ix—Si—O1	56.52 (8)	O5^xx—Ca_m2—O_x^xxi	76.47 (11)
Sr_a^ix—Si—O3	56.12 (7)	O5^xx—Ca_m2—Mn_m2	0
Sr_a^ix—Si—O4	102.94 (10)	O5^xx—Ca_m2—Mn_m2^xviii	83.99 (6)
Sr_a^ix—Si—O5	146.95 (9)	O5^xx—Ca_m2—Ca_m2^xvii	96.01 (6)
Sr_a^ix—Si—K_a^xii	84.145 (16)	O5^xx—Ca_m2—Ca_m2^xviii	83.99 (6)
Sr_a^ix—Si—K_a^xxvii	84.005 (18)	O5^xx—Ca_m2—Fe_m2	0
Sr_a^ix—Si—K_a^ix	0.0 (5)	O5^xx—Ca_m2—Fe_m3	131.68 (7)
Sr_a^ix—Si—Ba_a^xii	84.145 (16)	O5^xx—Ca_m2—Fe_m3^xix	39.05 (6)
Sr_a^ix—Si—Ba_a^xxvii	84.005 (18)	O5^xx—Ca_m2—Mg_m3	131.68 (7)
Sr_a^ix—Si—Ba_a^ix	0.0 (5)	O5^xx—Ca_m2—Mg_m3^xix	39.05 (6)
O1—Si—O3	110.84 (11)	O5^iii—Ca_m2—O_x	76.47 (11)
O1—Si—O4	103.62 (12)	O5^iii—Ca_m2—O_x^xxi	94.57 (11)
O1—Si—O5	112.94 (12)	O5^iii—Ca_m2—Mn_m2	0
O1—Si—K_a^xii	51.11 (8)	O5^iii—Ca_m2—Mn_m2^xviii	83.99 (6)
O1—Si—K_a^xxvii	131.16 (8)	O5^iii—Ca_m2—Ca_m2^xvii	96.01 (6)
O1—Si—K_a^ix	56.52 (8)	O5^iii—Ca_m2—Ca_m2^xviii	83.99 (6)
O1—Si—Ba_a^xii	51.11 (8)	O5^iii—Ca_m2—Fe_m2	0
O1—Si—Ba_a^xxvii	131.16 (8)	O5^iii—Ca_m2—Fe_m3	39.05 (6)
O1—Si—Ba_a^ix	56.52 (8)	O5^iii—Ca_m2—Fe_m3^xix	131.68 (7)
O3—Si—O4	104.37 (13)	O5^iii—Ca_m2—Mg_m3	39.05 (6)
O3—Si—O5	114.10 (12)	O5^iii—Ca_m2—Mg_m3^xix	131.68 (7)
O3—Si—K_a^xii	131.30 (8)	O_x—Ca_m2—O_x^xxi	85.09 (10)
O3—Si—K_a^xxvii	51.62 (8)	O_x—Ca_m2—Mn_m2	0
O3—Si—K_a^ix	56.12 (7)	O_x—Ca_m2—Mn_m2^xviii	42.55 (6)
O3—Si—Ba_a^xii	131.30 (8)	O_x—Ca_m2—Ca_m2^xvii	137.45 (6)
O3—Si—Ba_a^xxvii	51.62 (8)	O_x—Ca_m2—Ca_m2^xviii	42.55 (6)
O3—Si—Ba_a^ix	56.12 (7)	O_x—Ca_m2—Fe_m2	0
O4—Si—O5	110.10 (13)	O_x—Ca_m2—Fe_m3	37.43 (9)
O4—Si—K_a^xii	54.45 (10)	O_x—Ca_m2—Fe_m3^xix	90.53 (8)
O4—Si—K_a^xxvii	54.77 (10)	O_x—Ca_m2—Mg_m3	37.43 (9)
O4—Si—K_a^ix	102.94 (10)	O_x—Ca_m2—Mg_m3^xix	90.53 (8)
O4—Si—Ba_a^xii	54.45 (10)	O_x^xxi—Ca_m2—Mn_m2	0
O4—Si—Ba_a^xxvii	54.77 (10)	O_x^xxi—Ca_m2—Mn_m2^xviii	42.55 (6)
O4—Si—Ba_a^ix	102.94 (10)	O_x^xxi—Ca_m2—Ca_m2^xvii	137.45 (6)
O5—Si—K_a^xii	114.46 (9)	O_x^xxi—Ca_m2—Ca_m2^xviii	42.55 (6)
O5—Si—K_a^xxvii	115.65 (9)	O_x^xxi—Ca_m2—Fe_m2	0
O5—Si—K_a^ix	146.95 (9)	O_x^xxi—Ca_m2—Fe_m3	90.53 (8)
O5—Si—Ba_a^xii	114.46 (9)	O_x^xxi—Ca_m2—Fe_m3^xix	37.43 (9)
O5—Si—Ba_a^xxvii	115.65 (9)	O_x^xxi—Ca_m2—Mg_m3	90.53 (8)
O5—Si—Ba_a^ix	146.95 (9)	O_x^xxi—Ca_m2—Mg_m3^xix	37.43 (9)
K_a^xii—Si—K_a^xxvii	102.41 (2)	Mn_m2—Ca_m2—Mn_m2^xviii	0
K_a^xii—Si—K_a^ix	84.145 (16)	Mn_m2—Ca_m2—Ca_m2^xvii	0
K_a^xii—Si—Ba_a^xii	0.0 (5)	Mn_m2—Ca_m2—Ca_m2^xviii	0
K_a^xii—Si—Ba_a^xxvii	102.41 (2)	Mn_m2—Ca_m2—Fe_m2	0
K_a^xii—Si—Ba_a^ix	84.145 (16)	Mn_m2—Ca_m2—Fe_m3	0
K_a^xxvii—Si—K_a^ix	84.005 (18)	Mn_m2—Ca_m2—Fe_m3^xix	0
K_a^xxvii—Si—Ba_a^xii	102.41 (2)	Mn_m2—Ca_m2—Mg_m3	0
K_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	Mn_m2—Ca_m2—Mg_m3^xix	0
K_a^xxvii—Si—Ba_a^ix	84.005 (18)	Mn_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
K_a^ix—Si—Ba_a^xii	84.145 (16)	Mn_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
K_a^ix—Si—Ba_a^xxvii	84.005 (18)	Mn_m2^xviii—Ca_m2—Fe_m2	0
K_a^ix—Si—Ba_a^ix	0.0 (5)	Mn_m2^xviii—Ca_m2—Fe_m3	57.815 (17)
Ba_a^xii—Si—Ba_a^xxvii	102.41 (2)	Mn_m2^xviii—Ca_m2—Fe_m3^xix	57.815 (17)
Ba_a^xii—Si—Ba_a^ix	84.145 (16)	Mn_m2^xviii—Ca_m2—Mg_m3	57.815 (17)
Ba_a^xxvii—Si—Ba_a^ix	84.005 (18)	Mn_m2^xviii—Ca_m2—Mg_m3^xix	57.815 (17)
Ti_l—O1—Si	139.38 (13)	Ca_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
Ti_l—O1—K_a^xii	106.53 (8)	Ca_m2^xvii—Ca_m2—Fe_m2	0
Ti_l—O1—Ba_a^xii	106.53 (8)	Ca_m2^xvii—Ca_m2—Fe_m3	122.185 (17)
Si—O1—K_a^xii	101.62 (10)	Ca_m2^xvii—Ca_m2—Fe_m3^xix	122.185 (17)
Si—O1—Ba_a^xii	101.62 (10)	Ca_m2^xvii—Ca_m2—Mg_m3	122.185 (17)
K_a^xii—O1—Ba_a^xii	0.0 (5)	Ca_m2^xvii—Ca_m2—Mg_m3^xix	122.185 (17)
Ti_l—O2—Na_m1	121.22 (17)	Ca_m2^xviii—Ca_m2—Fe_m2	0
Ti_l—O2—Na_m2^x	121.02 (10)	Ca_m2^xviii—Ca_m2—Fe_m3	57.815 (17)
Ti_l—O2—Na_m2^iv	121.02 (10)	Ca_m2^xviii—Ca_m2—Fe_m3^xix	57.815 (17)
Ti_l—O2—Ca_m2^x	121.02 (10)	Ca_m2^xviii—Ca_m2—Mg_m3	57.815 (17)
Ti_l—O2—Ca_m2^iv	121.02 (10)	Ca_m2^xviii—Ca_m2—Mg_m3^xix	57.815 (17)
Na_m1—O2—Na_m2^x	90.54 (10)	Fe_m2—Ca_m2—Fe_m3	0
Na_m1—O2—Na_m2^iv	90.54 (10)	Fe_m2—Ca_m2—Fe_m3^xix	0
Na_m1—O2—Ca_m2^x	90.54 (10)	Fe_m2—Ca_m2—Mg_m3	0
Na_m1—O2—Ca_m2^iv	90.54 (10)	Fe_m2—Ca_m2—Mg_m3^xix	0
Na_m2^x—O2—Na_m2^iv	105.05 (12)	Fe_m3—Ca_m2—Fe_m3^xix	115.63 (3)
Na_m2^x—O2—Ca_m2^x	0.0 (5)	Fe_m3—Ca_m2—Mg_m3	0.0 (5)
Na_m2^x—O2—Ca_m2^iv	105.05 (12)	Fe_m3—Ca_m2—Mg_m3^xix	115.63 (3)
Na_m2^iv—O2—Ca_m2^x	105.05 (12)	Fe_m3^xix—Ca_m2—Mg_m3	115.63 (3)
Na_m2^iv—O2—Ca_m2^iv	0.0 (5)	Fe_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
Ca_m2^x—O2—Ca_m2^iv	105.05 (12)	Mg_m3—Ca_m2—Mg_m3^xix	115.63 (3)
Ti_l^xix—O3—Si	139.83 (13)	Na_m1^xx—Fe_m2—Na_m1^xxix	111.21 (3)
Ti_l^xix—O3—K_a^xxvii	106.29 (8)	Na_m1^xx—Fe_m2—Na_m2	0
Ti_l^xix—O3—K_a^ix	101.45 (8)	Na_m1^xx—Fe_m2—Mn_m2	0
Ti_l^xix—O3—Ba_a^xxvii	106.29 (8)	Na_m1^xx—Fe_m2—Ca_m2	0
Si—O3—K_a^xxvii	100.98 (10)	Na_m1^xxix—Fe_m2—Na_m2	0
Si—O3—K_a^ix	96.14 (8)	Na_m1^xxix—Fe_m2—Mn_m2	0
Si—O3—Ba_a^xxvii	100.98 (10)	Na_m1^xxix—Fe_m2—Ca_m2	0
K_a^xxvii—O3—K_a^ix	110.01 (7)	Na_m2—Fe_m2—Mn_m2	0
K_a^xxvii—O3—Ba_a^xxvii	0.0 (5)	Na_m2—Fe_m2—Ca_m2	0
K_a^ix—O3—Ba_a^xxvii	110.01 (7)	Mn_m2—Fe_m2—Ca_m2	0
Si—O4—Si^xxx	134.84 (19)	Na_m2^xi—Fe_m3—Na_m2	115.63 (2)
Si—O4—K_a^xii	97.17 (10)	Na_m2^xi—Fe_m3—Na_m2^xxvi	64.37 (2)
Si—O4—K_a^xxvii	96.73 (11)	Na_m2^xi—Fe_m3—Na_m2^xviii	180.0 (5)
Si—O4—Ba_a^xii	97.17 (10)	Na_m2^xi—Fe_m3—Ti_m3	0
Si—O4—Ba_a^xxvii	96.73 (11)	Na_m2^xi—Fe_m3—O5^xxii	44.07 (7)
Si^xxx—O4—K_a^xii	97.17 (10)	Na_m2^xi—Fe_m3—O5^iii	86.99 (7)
Si^xxx—O4—K_a^xxvii	96.73 (11)	Na_m2^xi—Fe_m3—O5^xxiii	135.93 (7)
Si^xxx—O4—Ba_a^xii	97.17 (10)	Na_m2^xi—Fe_m3—O5^xxiv	93.01 (7)
Si^xxx—O4—Ba_a^xxvii	96.73 (11)	Na_m2^xi—Fe_m3—O_x	134.10 (7)
K_a^xii—O4—K_a^xxvii	143.26 (11)	Na_m2^xi—Fe_m3—O_x^xxv	45.90 (7)
K_a^xii—O4—Ba_a^xii	0.0 (5)	Na_m2^xi—Fe_m3—Ca_m2^xi	0.0 (5)
K_a^xii—O4—Ba_a^xxvii	143.26 (11)	Na_m2^xi—Fe_m3—Ca_m2	115.63 (2)
K_a^xxvii—O4—Ba_a^xii	143.26 (11)	Na_m2^xi—Fe_m3—Ca_m2^xxvi	64.37 (2)
K_a^xxvii—O4—Ba_a^xxvii	0.0 (5)	Na_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Ba_a^xii—O4—Ba_a^xxvii	143.26 (11)	Na_m2^xi—Fe_m3—Mg_m3	0
Na_m2^x—O5—Ti_m3^xxviii	96.88 (10)	Na_m2—Fe_m3—Na_m2^xxvi	180.0 (5)
Na_m2^x—O5—Si	121.21 (13)	Na_m2—Fe_m3—Na_m2^xviii	64.37 (2)
Na_m2^x—O5—Ca_m2^x	0.0 (5)	Na_m2—Fe_m3—Ti_m3	0
Na_m2^x—O5—Fe_m3^xxviii	96.88 (10)	Na_m2—Fe_m3—O5^xxii	86.99 (7)
Na_m2^x—O5—Mg_m3^xxviii	96.88 (10)	Na_m2—Fe_m3—O5^iii	44.07 (7)
Ti_m3^xxviii—O5—Si	126.38 (14)	Na_m2—Fe_m3—O5^xxiii	93.01 (7)
Ti_m3^xxviii—O5—Ca_m2^x	96.88 (10)	Na_m2—Fe_m3—O5^xxiv	135.93 (7)
Ti_m3^xxviii—O5—Fe_m3^xxviii	0.0 (5)	Na_m2—Fe_m3—O_x	45.90 (7)
Ti_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2—Fe_m3—O_x^xxv	134.10 (7)
Si—O5—Ca_m2^x	121.21 (13)	Na_m2—Fe_m3—Ca_m2^xi	115.63 (2)
Si—O5—Fe_m3^xxviii	126.38 (14)	Na_m2—Fe_m3—Ca_m2	0.0 (5)
Si—O5—Mg_m3^xxviii	126.38 (14)	Na_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Ca_m2^x—O5—Fe_m3^xxviii	96.88 (10)	Na_m2—Fe_m3—Ca_m2^xviii	64.37 (2)
Ca_m2^x—O5—Mg_m3^xxviii	96.88 (10)	Na_m2—Fe_m3—Mg_m3	0
Fe_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Na_m2^xxvi—Fe_m3—Na_m2^xviii	115.63 (2)
Na_m2—O_x—Na_m2^xviii	94.91 (13)	Na_m2^xxvi—Fe_m3—Ti_m3	0
Na_m2—O_x—Ti_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—O5^xxii	93.01 (7)
Na_m2—O_x—Ca_m2	0.0 (5)	Na_m2^xxvi—Fe_m3—O5^iii	135.93 (7)
Na_m2—O_x—Ca_m2^xviii	94.91 (13)	Na_m2^xxvi—Fe_m3—O5^xxiii	86.99 (7)
Na_m2—O_x—Fe_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—O5^xxiv	44.07 (7)
Na_m2—O_x—Mg_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—O_x	134.10 (7)
Na_m2^xviii—O_x—Ti_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—O_x^xxv	45.90 (7)
Na_m2^xviii—O_x—Ca_m2	94.91 (13)	Na_m2^xxvi—Fe_m3—Ca_m2^xi	64.37 (2)
Na_m2^xviii—O_x—Ca_m2^xviii	0.0 (5)	Na_m2^xxvi—Fe_m3—Ca_m2	180.0 (5)
Na_m2^xviii—O_x—Fe_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—Ca_m2^xxvi	0.0 (5)
Na_m2^xviii—O_x—Mg_m3	96.67 (12)	Na_m2^xxvi—Fe_m3—Ca_m2^xviii	115.63 (2)
Ti_m3—O_x—Ca_m2	96.67 (12)	Na_m2^xxvi—Fe_m3—Mg_m3	0
Ti_m3—O_x—Ca_m2^xviii	96.67 (12)	Na_m2^xviii—Fe_m3—Ti_m3	0
Ti_m3—O_x—Fe_m3	0.0 (5)	Na_m2^xviii—Fe_m3—O5^xxii	135.93 (7)
Ti_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xviii—Fe_m3—O5^iii	93.01 (7)
Ca_m2—O_x—Ca_m2^xviii	94.91 (13)	Na_m2^xviii—Fe_m3—O5^xxiii	44.07 (7)
Ca_m2—O_x—Fe_m3	96.67 (12)	Na_m2^xviii—Fe_m3—O5^xxiv	86.99 (7)
Ca_m2—O_x—Mg_m3	96.67 (12)	Na_m2^xviii—Fe_m3—O_x	45.90 (7)
Ca_m2^xviii—O_x—Fe_m3	96.67 (12)	Na_m2^xviii—Fe_m3—O_x^xxv	134.10 (7)
Ca_m2^xviii—O_x—Mg_m3	96.67 (12)	Na_m2^xviii—Fe_m3—Ca_m2^xi	180.0 (5)
Fe_m3—O_x—Mg_m3	0.0 (5)	Na_m2^xviii—Fe_m3—Ca_m2	64.37 (2)
Sr_a—K_a—Sr_a^vii	0	Na_m2^xviii—Fe_m3—Ca_m2^xxvi	115.63 (2)
Sr_a—K_a—Sr_a^iii	0	Na_m2^xviii—Fe_m3—Ca_m2^xviii	0.0 (5)
Sr_a—K_a—Sr_a^viii	0	Na_m2^xviii—Fe_m3—Mg_m3	0
Sr_a—K_a—Sr_a^ix	0	Ti_m3—Fe_m3—O5^xxii	0
Sr_a—K_a—Ti_l^ii	0	Ti_m3—Fe_m3—O5^iii	0
Sr_a—K_a—Ti_l	0	Ti_m3—Fe_m3—O5^xxiii	0
Sr_a—K_a—Ti_l^vii	0	Ti_m3—Fe_m3—O5^xxiv	0
Sr_a—K_a—Ti_l^iii	0	Ti_m3—Fe_m3—O_x	0
Sr_a—K_a—Si^i	0	Ti_m3—Fe_m3—O_x^xxv	0
Sr_a—K_a—Si^ii	0	Ti_m3—Fe_m3—Ca_m2^xi	0
Sr_a—K_a—Si^iii	0	Ti_m3—Fe_m3—Ca_m2	0
Sr_a—K_a—Si^iv	0	Ti_m3—Fe_m3—Ca_m2^xxvi	0
Sr_a—K_a—Si^v	0	Ti_m3—Fe_m3—Ca_m2^xviii	0
Sr_a—K_a—Si^vi	0	Ti_m3—Fe_m3—Mg_m3	0
Sr_a—K_a—O1^ii	0	O5^xxii—Fe_m3—O5^iii	87.27 (9)
Sr_a—K_a—O1^vi	0	O5^xxii—Fe_m3—O5^xxiii	180.0 (5)
Sr_a—K_a—O3^i	0	O5^xxii—Fe_m3—O5^xxiv	92.73 (9)
Sr_a—K_a—O3^iii	0	O5^xxii—Fe_m3—O_x	90.05 (10)
Sr_a—K_a—O3^iv	0	O5^xxii—Fe_m3—O_x^xxv	89.95 (10)
Sr_a—K_a—O3^v	0	O5^xxii—Fe_m3—Ca_m2^xi	44.07 (7)
Sr_a—K_a—O4^i	0	O5^xxii—Fe_m3—Ca_m2	86.99 (7)
Sr_a—K_a—O4^ii	0	O5^xxii—Fe_m3—Ca_m2^xxvi	93.01 (7)
Sr_a—K_a—K_a^vii	0	O5^xxii—Fe_m3—Ca_m2^xviii	135.93 (7)
Sr_a—K_a—K_a^iii	0	O5^xxii—Fe_m3—Mg_m3	0
Sr_a—K_a—K_a^viii	0	O5^iii—Fe_m3—O5^xxiii	92.73 (9)
Sr_a—K_a—K_a^ix	0	O5^iii—Fe_m3—O5^xxiv	180.0 (5)
Sr_a—K_a—Na_a	0	O5^iii—Fe_m3—O_x	89.95 (10)
Sr_a—K_a—Ba_a	0	O5^iii—Fe_m3—O_x^xxv	90.05 (10)
Sr_a—K_a—Ba_a^vii	0	O5^iii—Fe_m3—Ca_m2^xi	86.99 (7)
Sr_a—K_a—Ba_a^iii	0	O5^iii—Fe_m3—Ca_m2	44.07 (7)
Sr_a—K_a—Ba_a^viii	0	O5^iii—Fe_m3—Ca_m2^xxvi	135.93 (7)
Sr_a—K_a—Ba_a^ix	0	O5^iii—Fe_m3—Ca_m2^xviii	93.01 (7)
Sr_a^vii—K_a—Sr_a^iii	71.172 (4)	O5^iii—Fe_m3—Mg_m3	0
Sr_a^vii—K_a—Sr_a^viii	99.932 (6)	O5^xxiii—Fe_m3—O5^xxiv	87.27 (9)
Sr_a^vii—K_a—Sr_a^ix	147.834 (9)	O5^xxiii—Fe_m3—O_x	89.95 (10)
Sr_a^vii—K_a—Ti_l^ii	52.505 (10)	O5^xxiii—Fe_m3—O_x^xxv	90.05 (10)
Sr_a^vii—K_a—Ti_l	144.639 (12)	O5^xxiii—Fe_m3—Ca_m2^xi	135.93 (7)
Sr_a^vii—K_a—Ti_l^vii	52.627 (5)	O5^xxiii—Fe_m3—Ca_m2	93.01 (7)
Sr_a^vii—K_a—Ti_l^iii	102.465 (8)	O5^xxiii—Fe_m3—Ca_m2^xxvi	86.99 (7)
Sr_a^vii—K_a—Si^i	48.048 (13)	O5^xxiii—Fe_m3—Ca_m2^xviii	44.07 (7)
Sr_a^vii—K_a—Si^ii	103.695 (13)	O5^xxiii—Fe_m3—Mg_m3	0
Sr_a^vii—K_a—Si^iii	102.700 (14)	O5^xxiv—Fe_m3—O_x	90.05 (10)
Sr_a^vii—K_a—Si^iv	47.947 (13)	O5^xxiv—Fe_m3—O_x^xxv	89.95 (10)
Sr_a^vii—K_a—Si^v	90.619 (14)	O5^xxiv—Fe_m3—Ca_m2^xi	93.01 (7)
Sr_a^vii—K_a—Si^vi	156.089 (13)	O5^xxiv—Fe_m3—Ca_m2	135.93 (7)
Sr_a^vii—K_a—O1^ii	76.47 (4)	O5^xxiv—Fe_m3—Ca_m2^xxvi	44.07 (7)
Sr_a^vii—K_a—O1^vi	173.87 (5)	O5^xxiv—Fe_m3—Ca_m2^xviii	86.99 (7)
Sr_a^vii—K_a—O3^i	35.93 (4)	O5^xxiv—Fe_m3—Mg_m3	0
Sr_a^vii—K_a—O3^iii	82.72 (4)	O_x—Fe_m3—O_x^xxv	180.0 (5)
Sr_a^vii—K_a—O3^iv	34.07 (4)	O_x—Fe_m3—Ca_m2^xi	134.10 (7)
Sr_a^vii—K_a—O3^v	114.96 (4)	O_x—Fe_m3—Ca_m2	45.90 (7)
Sr_a^vii—K_a—O4^i	62.40 (3)	O_x—Fe_m3—Ca_m2^xxvi	134.10 (7)
Sr_a^vii—K_a—O4^ii	129.658 (7)	O_x—Fe_m3—Ca_m2^xviii	45.90 (7)
Sr_a^vii—K_a—K_a^vii	0.0 (5)	O_x—Fe_m3—Mg_m3	0
Sr_a^vii—K_a—K_a^iii	71.172 (4)	O_x^xxv—Fe_m3—Ca_m2^xi	45.90 (7)
Sr_a^vii—K_a—K_a^viii	99.932 (6)	O_x^xxv—Fe_m3—Ca_m2	134.10 (7)
Sr_a^vii—K_a—K_a^ix	147.834 (9)	O_x^xxv—Fe_m3—Ca_m2^xxvi	45.90 (7)
Sr_a^vii—K_a—Na_a	0	O_x^xxv—Fe_m3—Ca_m2^xviii	134.10 (7)
Sr_a^vii—K_a—Ba_a	0	O_x^xxv—Fe_m3—Mg_m3	0
Sr_a^vii—K_a—Ba_a^vii	0.0 (5)	Ca_m2^xi—Fe_m3—Ca_m2	115.63 (2)
Sr_a^vii—K_a—Ba_a^iii	71.172 (4)	Ca_m2^xi—Fe_m3—Ca_m2^xxvi	64.37 (2)
Sr_a^vii—K_a—Ba_a^viii	99.932 (6)	Ca_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Sr_a^vii—K_a—Ba_a^ix	147.834 (9)	Ca_m2^xi—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Sr_a^viii	147.834 (9)	Ca_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^iii—K_a—Sr_a^ix	99.556 (7)	Ca_m2—Fe_m3—Ca_m2^xviii	64.37 (2)
Sr_a^iii—K_a—Ti_l^ii	52.410 (11)	Ca_m2—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Ti_l	144.123 (12)	Ca_m2^xxvi—Fe_m3—Ca_m2^xviii	115.63 (2)
Sr_a^iii—K_a—Ti_l^vii	102.612 (9)	Ca_m2^xxvi—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Ti_l^iii	52.498 (5)	Ca_m2^xviii—Fe_m3—Mg_m3	0
Sr_a^iii—K_a—Si^i	103.791 (13)	Na_m1^xx—Mg_m3—Na_m1^xxxi	180.0 (5)
Sr_a^iii—K_a—Si^ii	47.888 (13)	Na_m1^xx—Mg_m3—Na_m2^xi	57.815 (17)
Sr_a^iii—K_a—Si^iii	102.570 (15)	Na_m1^xx—Mg_m3—Na_m2	57.815 (17)
Sr_a^iii—K_a—Si^iv	47.966 (13)	Na_m1^xx—Mg_m3—Na_m2^xxvi	122.185 (17)
Sr_a^iii—K_a—Si^v	156.323 (14)	Na_m1^xx—Mg_m3—Na_m2^xviii	122.185 (17)
Sr_a^iii—K_a—Si^vi	90.285 (14)	Na_m1^xx—Mg_m3—Ti_m3	0
Sr_a^iii—K_a—O1^ii	35.90 (5)	Na_m1^xx—Mg_m3—O5^xxii	43.63 (6)
Sr_a^iii—K_a—O1^vi	114.51 (4)	Na_m1^xx—Mg_m3—O5^iii	43.63 (6)
Sr_a^iii—K_a—O3^i	76.42 (4)	Na_m1^xx—Mg_m3—O5^xxiii	136.37 (6)
Sr_a^iii—K_a—O3^iii	114.02 (4)	Na_m1^xx—Mg_m3—O5^xxiv	136.37 (6)
Sr_a^iii—K_a—O3^iv	72.99 (4)	Na_m1^xx—Mg_m3—O_x	90
Sr_a^iii—K_a—O3^v	173.47 (4)	Na_m1^xx—Mg_m3—O_x^xxv	90
Sr_a^iii—K_a—O4^i	129.862 (7)	Na_m1^xx—Mg_m3—Ca_m2^xi	57.815 (17)
Sr_a^iii—K_a—O4^ii	62.19 (3)	Na_m1^xx—Mg_m3—Ca_m2	57.815 (17)
Sr_a^iii—K_a—K_a^vii	71.172 (4)	Na_m1^xx—Mg_m3—Ca_m2^xxvi	122.185 (17)
Sr_a^iii—K_a—K_a^iii	0.0 (5)	Na_m1^xx—Mg_m3—Ca_m2^xviii	122.185 (17)
Sr_a^iii—K_a—K_a^viii	147.834 (9)	Na_m1^xx—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—K_a^ix	99.556 (7)	Na_m1^xxxi—Mg_m3—Na_m2^xi	122.185 (17)
Sr_a^iii—K_a—Na_a	0	Na_m1^xxxi—Mg_m3—Na_m2	122.185 (17)
Sr_a^iii—K_a—Ba_a	0	Na_m1^xxxi—Mg_m3—Na_m2^xxvi	57.815 (17)
Sr_a^iii—K_a—Ba_a^vii	71.172 (4)	Na_m1^xxxi—Mg_m3—Na_m2^xviii	57.815 (17)
Sr_a^iii—K_a—Ba_a^iii	0.0 (5)	Na_m1^xxxi—Mg_m3—Ti_m3	0
Sr_a^iii—K_a—Ba_a^viii	147.834 (9)	Na_m1^xxxi—Mg_m3—O5^xxii	136.37 (6)
Sr_a^iii—K_a—Ba_a^ix	99.556 (7)	Na_m1^xxxi—Mg_m3—O5^iii	136.37 (6)
Sr_a^viii—K_a—Sr_a^ix	71.172 (4)	Na_m1^xxxi—Mg_m3—O5^xxiii	43.63 (6)
Sr_a^viii—K_a—Ti_l^ii	144.639 (12)	Na_m1^xxxi—Mg_m3—O5^xxiv	43.63 (6)
Sr_a^viii—K_a—Ti_l	52.505 (10)	Na_m1^xxxi—Mg_m3—O_x	90
Sr_a^viii—K_a—Ti_l^vii	52.627 (5)	Na_m1^xxxi—Mg_m3—O_x^xxv	90
Sr_a^viii—K_a—Ti_l^iii	102.465 (8)	Na_m1^xxxi—Mg_m3—Ca_m2^xi	122.185 (17)
Sr_a^viii—K_a—Si^i	90.619 (14)	Na_m1^xxxi—Mg_m3—Ca_m2	122.185 (17)
Sr_a^viii—K_a—Si^ii	156.089 (13)	Na_m1^xxxi—Mg_m3—Ca_m2^xxvi	57.815 (17)
Sr_a^viii—K_a—Si^iii	47.947 (13)	Na_m1^xxxi—Mg_m3—Ca_m2^xviii	57.815 (17)
Sr_a^viii—K_a—Si^iv	102.700 (14)	Na_m1^xxxi—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Si^v	48.048 (13)	Na_m2^xi—Mg_m3—Na_m2	115.63 (2)
Sr_a^viii—K_a—Si^vi	103.695 (13)	Na_m2^xi—Mg_m3—Na_m2^xxvi	64.37 (2)
Sr_a^viii—K_a—O1^ii	173.87 (5)	Na_m2^xi—Mg_m3—Na_m2^xviii	180.0 (5)
Sr_a^viii—K_a—O1^vi	76.47 (4)	Na_m2^xi—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—O3^i	114.96 (4)	Na_m2^xi—Mg_m3—O5^xxii	44.07 (7)
Sr_a^viii—K_a—O3^iii	34.07 (4)	Na_m2^xi—Mg_m3—O5^iii	86.99 (7)
Sr_a^viii—K_a—O3^iv	82.72 (4)	Na_m2^xi—Mg_m3—O5^xxiii	135.93 (7)
Sr_a^viii—K_a—O3^v	35.93 (4)	Na_m2^xi—Mg_m3—O5^xxiv	93.01 (7)
Sr_a^viii—K_a—O4^i	62.40 (3)	Na_m2^xi—Mg_m3—O_x	134.10 (7)
Sr_a^viii—K_a—O4^ii	129.658 (7)	Na_m2^xi—Mg_m3—O_x^xxv	45.90 (7)
Sr_a^viii—K_a—K_a^vii	99.932 (6)	Na_m2^xi—Mg_m3—Ca_m2^xi	0.0 (5)
Sr_a^viii—K_a—K_a^iii	147.834 (9)	Na_m2^xi—Mg_m3—Ca_m2	115.63 (2)
Sr_a^viii—K_a—K_a^viii	0.0 (5)	Na_m2^xi—Mg_m3—Ca_m2^xxvi	64.37 (2)
Sr_a^viii—K_a—K_a^ix	71.172 (4)	Na_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Sr_a^viii—K_a—Na_a	0	Na_m2^xi—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ba_a	0	Na_m2—Mg_m3—Na_m2^xxvi	180.0 (5)
Sr_a^viii—K_a—Ba_a^vii	99.932 (6)	Na_m2—Mg_m3—Na_m2^xviii	64.37 (2)
Sr_a^viii—K_a—Ba_a^iii	147.834 (9)	Na_m2—Mg_m3—Ti_m3	0
Sr_a^viii—K_a—Ba_a^viii	0.0 (5)	Na_m2—Mg_m3—O5^xxii	86.99 (7)
Sr_a^viii—K_a—Ba_a^ix	71.172 (4)	Na_m2—Mg_m3—O5^iii	44.07 (7)
Sr_a^ix—K_a—Ti_l^ii	144.123 (12)	Na_m2—Mg_m3—O5^xxiii	93.01 (7)
Sr_a^ix—K_a—Ti_l	52.410 (11)	Na_m2—Mg_m3—O5^xxiv	135.93 (7)
Sr_a^ix—K_a—Ti_l^vii	102.612 (9)	Na_m2—Mg_m3—O_x	45.90 (7)
Sr_a^ix—K_a—Ti_l^iii	52.498 (5)	Na_m2—Mg_m3—O_x^xxv	134.10 (7)
Sr_a^ix—K_a—Si^i	156.323 (14)	Na_m2—Mg_m3—Ca_m2^xi	115.63 (2)
Sr_a^ix—K_a—Si^ii	90.285 (14)	Na_m2—Mg_m3—Ca_m2	0.0 (5)
Sr_a^ix—K_a—Si^iii	47.966 (13)	Na_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^ix—K_a—Si^iv	102.570 (15)	Na_m2—Mg_m3—Ca_m2^xviii	64.37 (2)
Sr_a^ix—K_a—Si^v	103.791 (13)	Na_m2—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Si^vi	47.888 (13)	Na_m2^xxvi—Mg_m3—Na_m2^xviii	115.63 (2)
Sr_a^ix—K_a—O1^ii	114.51 (4)	Na_m2^xxvi—Mg_m3—Ti_m3	0
Sr_a^ix—K_a—O1^vi	35.90 (5)	Na_m2^xxvi—Mg_m3—O5^xxii	93.01 (7)
Sr_a^ix—K_a—O3^i	173.47 (4)	Na_m2^xxvi—Mg_m3—O5^iii	135.93 (7)
Sr_a^ix—K_a—O3^iii	72.99 (4)	Na_m2^xxvi—Mg_m3—O5^xxiii	86.99 (7)
Sr_a^ix—K_a—O3^iv	114.02 (4)	Na_m2^xxvi—Mg_m3—O5^xxiv	44.07 (7)
Sr_a^ix—K_a—O3^v	76.42 (4)	Na_m2^xxvi—Mg_m3—O_x	134.10 (7)
Sr_a^ix—K_a—O4^i	129.862 (7)	Na_m2^xxvi—Mg_m3—O_x^xxv	45.90 (7)
Sr_a^ix—K_a—O4^ii	62.19 (3)	Na_m2^xxvi—Mg_m3—Ca_m2^xi	64.37 (2)
Sr_a^ix—K_a—K_a^vii	147.834 (9)	Na_m2^xxvi—Mg_m3—Ca_m2	180.0 (5)
Sr_a^ix—K_a—K_a^iii	99.556 (7)	Na_m2^xxvi—Mg_m3—Ca_m2^xxvi	0.0 (5)
Sr_a^ix—K_a—K_a^viii	71.172 (4)	Na_m2^xxvi—Mg_m3—Ca_m2^xviii	115.63 (2)
Sr_a^ix—K_a—K_a^ix	0.0 (5)	Na_m2^xxvi—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Na_a	0	Na_m2^xviii—Mg_m3—Ti_m3	0
Sr_a^ix—K_a—Ba_a	0	Na_m2^xviii—Mg_m3—O5^xxii	135.93 (7)
Sr_a^ix—K_a—Ba_a^vii	147.834 (9)	Na_m2^xviii—Mg_m3—O5^iii	93.01 (7)
Sr_a^ix—K_a—Ba_a^iii	99.556 (7)	Na_m2^xviii—Mg_m3—O5^xxiii	44.07 (7)
Sr_a^ix—K_a—Ba_a^viii	71.172 (4)	Na_m2^xviii—Mg_m3—O5^xxiv	86.99 (7)
Sr_a^ix—K_a—Ba_a^ix	0.0 (5)	Na_m2^xviii—Mg_m3—O_x	45.90 (7)
Ti_l^ii—K_a—Ti_l	136.888 (16)	Na_m2^xviii—Mg_m3—O_x^xxv	134.10 (7)
Ti_l^ii—K_a—Ti_l^vii	105.131 (10)	Na_m2^xviii—Mg_m3—Ca_m2^xi	180.0 (5)
Ti_l^ii—K_a—Ti_l^iii	104.908 (11)	Na_m2^xviii—Mg_m3—Ca_m2	64.37 (2)
Ti_l^ii—K_a—Si^i	54.999 (16)	Na_m2^xviii—Mg_m3—Ca_m2^xxvi	115.63 (2)
Ti_l^ii—K_a—Si^ii	54.831 (16)	Na_m2^xviii—Mg_m3—Ca_m2^xviii	0.0 (5)
Ti_l^ii—K_a—Si^iii	147.074 (17)	Na_m2^xviii—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—Si^iv	76.037 (16)	Ti_m3—Mg_m3—O5^xxii	0
Ti_l^ii—K_a—Si^v	104.571 (18)	Ti_m3—Mg_m3—O5^iii	0
Ti_l^ii—K_a—Si^vi	104.293 (16)	Ti_m3—Mg_m3—O5^xxiii	0
Ti_l^ii—K_a—O1^ii	29.61 (4)	Ti_m3—Mg_m3—O5^xxiv	0
Ti_l^ii—K_a—O1^vi	128.51 (4)	Ti_m3—Mg_m3—O_x	0
Ti_l^ii—K_a—O3^i	29.68 (4)	Ti_m3—Mg_m3—O_x^xxv	0
Ti_l^ii—K_a—O3^iii	134.99 (4)	Ti_m3—Mg_m3—Ca_m2^xi	0
Ti_l^ii—K_a—O3^iv	81.64 (4)	Ti_m3—Mg_m3—Ca_m2	0
Ti_l^ii—K_a—O3^v	128.86 (5)	Ti_m3—Mg_m3—Ca_m2^xxvi	0
Ti_l^ii—K_a—O4^i	83.49 (2)	Ti_m3—Mg_m3—Ca_m2^xviii	0
Ti_l^ii—K_a—O4^ii	83.21 (2)	Ti_m3—Mg_m3—Fe_m3	0
Ti_l^ii—K_a—K_a^vii	52.505 (10)	O5^xxii—Mg_m3—O5^iii	87.27 (9)
Ti_l^ii—K_a—K_a^iii	52.410 (11)	O5^xxii—Mg_m3—O5^xxiii	180.0 (5)
Ti_l^ii—K_a—K_a^viii	144.639 (12)	O5^xxii—Mg_m3—O5^xxiv	92.73 (9)
Ti_l^ii—K_a—K_a^ix	144.123 (12)	O5^xxii—Mg_m3—O_x	90.05 (10)
Ti_l^ii—K_a—Na_a	0	O5^xxii—Mg_m3—O_x^xxv	89.95 (10)
Ti_l^ii—K_a—Ba_a	0	O5^xxii—Mg_m3—Ca_m2^xi	44.07 (7)
Ti_l^ii—K_a—Ba_a^vii	52.505 (10)	O5^xxii—Mg_m3—Ca_m2	86.99 (7)
Ti_l^ii—K_a—Ba_a^iii	52.410 (11)	O5^xxii—Mg_m3—Ca_m2^xxvi	93.01 (7)
Ti_l^ii—K_a—Ba_a^viii	144.639 (12)	O5^xxii—Mg_m3—Ca_m2^xviii	135.93 (7)
Ti_l^ii—K_a—Ba_a^ix	144.123 (12)	O5^xxii—Mg_m3—Fe_m3	0
Ti_l—K_a—Ti_l^vii	105.131 (10)	O5^iii—Mg_m3—O5^xxiii	92.73 (9)
Ti_l—K_a—Ti_l^iii	104.908 (11)	O5^iii—Mg_m3—O5^xxiv	180.0 (5)
Ti_l—K_a—Si^i	104.571 (18)	O5^iii—Mg_m3—O_x	89.95 (10)
Ti_l—K_a—Si^ii	104.293 (16)	O5^iii—Mg_m3—O_x^xxv	90.05 (10)
Ti_l—K_a—Si^iii	76.036 (16)	O5^iii—Mg_m3—Ca_m2^xi	86.99 (7)
Ti_l—K_a—Si^iv	147.074 (17)	O5^iii—Mg_m3—Ca_m2	44.07 (7)
Ti_l—K_a—Si^v	54.999 (16)	O5^iii—Mg_m3—Ca_m2^xxvi	135.93 (7)
Ti_l—K_a—Si^vi	54.831 (16)	O5^iii—Mg_m3—Ca_m2^xviii	93.01 (7)
Ti_l—K_a—O1^ii	128.51 (4)	O5^iii—Mg_m3—Fe_m3	0
Ti_l—K_a—O1^vi	29.61 (4)	O5^xxiii—Mg_m3—O5^xxiv	87.27 (9)
Ti_l—K_a—O3^i	128.86 (5)	O5^xxiii—Mg_m3—O_x	89.95 (10)
Ti_l—K_a—O3^iii	81.64 (4)	O5^xxiii—Mg_m3—O_x^xxv	90.05 (10)
Ti_l—K_a—O3^iv	134.99 (4)	O5^xxiii—Mg_m3—Ca_m2^xi	135.93 (7)
Ti_l—K_a—O3^v	29.68 (4)	O5^xxiii—Mg_m3—Ca_m2	93.01 (7)
Ti_l—K_a—O4^i	83.49 (2)	O5^xxiii—Mg_m3—Ca_m2^xxvi	86.99 (7)
Ti_l—K_a—O4^ii	83.21 (2)	O5^xxiii—Mg_m3—Ca_m2^xviii	44.07 (7)
Ti_l—K_a—K_a^vii	144.639 (12)	O5^xxiii—Mg_m3—Fe_m3	0
Ti_l—K_a—K_a^iii	144.123 (12)	O5^xxiv—Mg_m3—O_x	90.05 (10)
Ti_l—K_a—K_a^viii	52.505 (10)	O5^xxiv—Mg_m3—O_x^xxv	89.95 (10)
Ti_l—K_a—K_a^ix	52.410 (11)	O5^xxiv—Mg_m3—Ca_m2^xi	93.01 (7)
Ti_l—K_a—Na_a	0	O5^xxiv—Mg_m3—Ca_m2	135.93 (7)
Ti_l—K_a—Ba_a	0	O5^xxiv—Mg_m3—Ca_m2^xxvi	44.07 (7)
Ti_l—K_a—Ba_a^vii	144.639 (12)	O5^xxiv—Mg_m3—Ca_m2^xviii	86.99 (7)
Ti_l—K_a—Ba_a^iii	144.123 (12)	O5^xxiv—Mg_m3—Fe_m3	0
Ti_l—K_a—Ba_a^viii	52.505 (10)	O_x—Mg_m3—O_x^xxv	180.0 (5)
Ti_l—K_a—Ba_a^ix	52.410 (11)	O_x—Mg_m3—Ca_m2^xi	134.10 (7)
Ti_l^vii—K_a—Ti_l^iii	90.283 (15)	O_x—Mg_m3—Ca_m2	45.90 (7)
Ti_l^vii—K_a—Si^i	76.182 (16)	O_x—Mg_m3—Ca_m2^xxvi	134.10 (7)
Ti_l^vii—K_a—Si^ii	149.882 (14)	O_x—Mg_m3—Ca_m2^xviii	45.90 (7)
Ti_l^vii—K_a—Si^iii	55.022 (15)	O_x—Mg_m3—Fe_m3	0
Ti_l^vii—K_a—Si^iv	55.022 (15)	O_x^xxv—Mg_m3—Ca_m2^xi	45.90 (7)
Ti_l^vii—K_a—Si^v	76.182 (16)	O_x^xxv—Mg_m3—Ca_m2	134.10 (7)
Ti_l^vii—K_a—Si^vi	149.882 (14)	O_x^xxv—Mg_m3—Ca_m2^xxvi	45.90 (7)
Ti_l^vii—K_a—O1^ii	125.88 (4)	O_x^xxv—Mg_m3—Ca_m2^xviii	134.10 (7)
Ti_l^vii—K_a—O1^vi	125.88 (4)	O_x^xxv—Mg_m3—Fe_m3	0
Ti_l^vii—K_a—O3^i	83.40 (4)	Ca_m2^xi—Mg_m3—Ca_m2	115.63 (2)
Ti_l^vii—K_a—O3^iii	30.42 (4)	Ca_m2^xi—Mg_m3—Ca_m2^xxvi	64.37 (2)
Ti_l^vii—K_a—O3^iv	30.42 (4)	Ca_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Ti_l^vii—K_a—O3^v	83.40 (4)	Ca_m2^xi—Mg_m3—Fe_m3	0
Ti_l^vii—K_a—O4^i	63.24 (6)	Ca_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Ti_l^vii—K_a—O4^ii	153.50 (6)	Ca_m2—Mg_m3—Ca_m2^xviii	64.37 (2)
Ti_l^vii—K_a—K_a^vii	52.627 (5)	Ca_m2—Mg_m3—Fe_m3	0
Ti_l^vii—K_a—K_a^iii	102.612 (9)	Ca_m2^xxvi—Mg_m3—Ca_m2^xviii	115.63 (2)
Ti_l^vii—K_a—K_a^viii	52.627 (5)	Ca_m2^xxvi—Mg_m3—Fe_m3	0
Ti_l^vii—K_a—K_a^ix	102.612 (9)	Ca_m2^xviii—Mg_m3—Fe_m3	0

Symmetry codes: (i) x, y−1, z−1; (ii) x, y−1, z; (iii) −x+1/2, y−1/2, −z+1; (iv) −x+1/2, −y+1/2, −z+1; (v) x, −y+1, z−1; (vi) x, −y+1, z; (vii) −x+1/2, y−1/2, −z; (viii) −x+1/2, y+1/2, −z; (ix) −x+1/2, y+1/2, −z+1; (x) x+1/2, y+1/2, z; (xi) x, y, z−1; (xii) x, y+1, z; (xiii) x+1/2, y+1/2, z−1; (xiv) −x+1/2, −y+1/2, −z; (xv) −x+1, y, −z; (xvi) x+1/2, y−1/2, z; (xvii) −x, −y, −z+1; (xviii) −x, −y+1, −z+1; (xix) x, y, z+1; (xx) x−1/2, y−1/2, z; (xxi) −x, y, −z+1; (xxii) x−1/2, y−1/2, z−1; (xxiii) −x+1/2, −y+3/2, −z+1; (xxiv) x−1/2, −y+3/2, z−1; (xxv) −x, y, −z; (xxvi) −x, −y+1, −z; (xxvii) x, y+1, z+1; (xxviii) x+1/2, y+1/2, z+1; (xxix) x−1/2, y−1/2, z+1; (xxx) x, −y+2, z; (xxxi) x−1/2, y+1/2, z.

(25-40)

Crystal data

Ba0.05Ca0.09Fe0.46K0.1Mg0.17Mn0.17Na3.1O18Si4Sr1.4Ti2.43	Z = 2
Mr = 764.2	F(000) = 731
Monoclinic, C2/m	Dx = 3.494 Mg m^−3
Hall symbol: -C 2y	Mo Kα radiation, λ = 0.71075 Å
a = 19.2616 (7) Å	Cell parameters from 10530 reflections
b = 7.0663 (2) Å	θ = 3.8–32.2°
c = 5.3735 (2) Å	µ = 7.72 mm^−1
β = 96.698 (4)°	T = 293 K
V = 726.39 (4) Å^3	Grain

Data collection

Xcalibur, EosS2 with high theta cut diffractometer	Rint = 0.055
Radiation source: X-ray tube	θmax = 32.2°, θmin = 3.8°
3153 measured reflections	h = −27→28
1377 independent reflections	k = −8→10
1210 reflections with I > 2σ(I)	l = −8→8

Refinement

Refinement on F	0 restraints
R[F^2 > 2σ(F^2)] = 0.041	41 constraints
wR(F^2) = 0.057	Weighting scheme based on measured s.u.'s w = 1/(σ^2(F) + 0.0004F^2)
S = 1.69	(Δ/σ)max = 0.046
1377 reflections	Δρmax = 1.56 e Å^−3
81 parameters	Δρmin = −1.30 e Å^−3

Fractional atomic coordinates and isotropic or equivalent isotropic displacement parameters (Ų)

	x	y	z	Uiso*/Ueq	Occ. (<1)
Sr_a	0.28435 (3)	0	0.26189 (12)	0.01428 (18)	0.7
Ti_l	0.34989 (4)	0.5	0.29239 (15)	0.0061 (2)
Na_m1	0.5	0.5	0	0.0180 (9)
Na_m2	0	0.25981 (19)	0.5	0.0034 (4)	0.84
Ti_m3	0	0.5	0	0.0219 (4)	0.43
Si	0.35669 (5)	0.78440 (12)	0.79471 (17)	0.0059 (2)
O1	0.32534 (14)	0.6894 (3)	0.5329 (5)	0.0127 (7)
O2	0.4376 (2)	0.5	0.3321 (8)	0.0205 (12)
O3	0.32503 (13)	0.6874 (3)	1.0279 (5)	0.0114 (7)
O4	0.32289 (19)	1	0.7813 (7)	0.0090 (9)
O5	0.44059 (13)	0.7957 (3)	0.8260 (5)	0.0113 (7)
O_x	−0.0583 (2)	0.5	0.2733 (8)	0.0181 (11)
K_a	0.28435 (3)	0	0.26189 (12)	0.01428 (18)	0.05
Na_a	0.28435 (3)	0	0.26189 (12)	0.01428 (18)	0.21
Ba_a	0.28435 (3)	0	0.26189 (12)	0.01428 (18)	0.025
Mn_m2	0	0.25981 (19)	0.5	0.0034 (4)	0.085
Ca_m2	0	0.25981 (19)	0.5	0.0034 (4)	0.045
Fe_m2	0	0.25981 (19)	0.5	0.0034 (4)	0.03
Mg_m3	0	0.5	0	0.0219 (4)	0.17
Fe_m3	0	0.5	0	0.0219 (4)	0.4

Atomic displacement parameters (Ų)

	U^11	U^22	U^33	U^12	U^13	U^23
Sr_a	0.0193 (3)	0.0124 (3)	0.0112 (3)	0	0.0018 (2)	0
Ti_l	0.0075 (4)	0.0072 (3)	0.0036 (4)	0	0.0004 (3)	0
Na_m1	0.0183 (16)	0.0179 (14)	0.0188 (17)	0	0.0066 (13)	0
Na_m2	0.0061 (7)	0.0032 (5)	0.0015 (7)	0	0.0026 (5)	0
Ti_m3	0.0243 (8)	0.0058 (5)	0.0298 (8)	0	−0.0215 (6)	0
Si	0.0076 (4)	0.0049 (3)	0.0053 (4)	−0.0003 (3)	0.0008 (3)	−0.0003 (3)
O1	0.0145 (12)	0.0119 (11)	0.0110 (12)	0.0019 (9)	−0.0009 (10)	−0.0057 (9)
O2	0.0083 (17)	0.041 (2)	0.012 (2)	0	0.0000 (15)	0
O3	0.0126 (12)	0.0119 (11)	0.0101 (12)	0.0002 (9)	0.0030 (10)	0.0052 (9)
O4	0.0098 (16)	0.0048 (13)	0.0121 (17)	0	0.0003 (13)	0
O5	0.0078 (11)	0.0100 (10)	0.0157 (13)	−0.0003 (9)	0.0005 (10)	0.0002 (9)
O_x	0.0170 (19)	0.0206 (18)	0.018 (2)	0	0.0082 (16)	0
K_a	0.0193 (3)	0.0124 (3)	0.0112 (3)	0	0.0018 (2)	0
Na_a	0.0193 (3)	0.0124 (3)	0.0112 (3)	0	0.0018 (2)	0
Ba_a	0.0193 (3)	0.0124 (3)	0.0112 (3)	0	0.0018 (2)	0
Mn_m2	0.0061 (7)	0.0032 (5)	0.0015 (7)	0	0.0026 (5)	0
Ca_m2	0.0061 (7)	0.0032 (5)	0.0015 (7)	0	0.0026 (5)	0
Fe_m2	0.0061 (7)	0.0032 (5)	0.0015 (7)	0	0.0026 (5)	0
Mg_m3	0.0243 (8)	0.0058 (5)	0.0298 (8)	0	−0.0215 (6)	0
Fe_m3	0.0243 (8)	0.0058 (5)	0.0298 (8)	0	−0.0215 (6)	0

Geometric parameters (Å, º)

Sr_a—Ti_l^i	3.7491 (4)	Na_m2—Mg_m3^xix	3.1779 (7)
Sr_a—Ti_l	3.7491 (4)	Na_m2—Fe_m3	3.1779 (7)
Sr_a—Ti_l^ii	3.7094 (10)	Na_m2—Fe_m3^xix	3.1779 (7)
Sr_a—Ti_l^iii	3.7237 (11)	Ti_m3—O5^xxii	2.005 (2)
Sr_a—Si^iv	3.3736 (11)	Ti_m3—O5^iii	2.005 (2)
Sr_a—Si^i	3.3956 (10)	Ti_m3—O5^xxiii	2.005 (2)
Sr_a—Si^iii	3.3643 (10)	Ti_m3—O5^xxiv	2.005 (2)
Sr_a—Si^v	3.3643 (10)	Ti_m3—O_x	1.950 (4)
Sr_a—Si^vi	3.3736 (11)	Ti_m3—O_x^xxv	1.950 (4)
Sr_a—Si^vii	3.3956 (10)	Ti_m3—Ca_m2^xi	3.1779 (7)
Sr_a—K_a	0	Ti_m3—Ca_m2	3.1779 (7)
Sr_a—K_a^ii	4.6137 (6)	Ti_m3—Ca_m2^xxvi	3.1779 (7)
Sr_a—K_a^iii	4.6446 (6)	Ti_m3—Ca_m2^xviii	3.1779 (7)
Sr_a—K_a^viii	4.6137 (6)	Ti_m3—Mg_m3	0
Sr_a—K_a^ix	4.6446 (6)	Ti_m3—Fe_m3	0
Sr_a—Na_a	0	Si—O1	1.611 (3)
Sr_a—Ba_a	0	Si—O3	1.609 (3)
Ti_l—Na_m1	3.4480 (9)	Si—O4	1.6551 (16)
Ti_l—Na_m2^x	3.4961 (10)	Si—O5	1.607 (3)
Ti_l—Na_m2^v	3.4961 (10)	Si—K_a^xii	3.3956 (10)
Ti_l—O1	1.956 (3)	Si—K_a^xxvii	3.3736 (11)
Ti_l—O1^vii	1.956 (3)	Si—K_a^ix	3.3643 (10)
Ti_l—O2	1.679 (4)	Si—Ba_a^xii	3.3956 (10)
Ti_l—O3^xi	1.961 (3)	Si—Ba_a^xxvii	3.3736 (11)
Ti_l—O3^vi	1.961 (3)	Si—Ba_a^ix	3.3643 (10)
Ti_l—K_a	3.7491 (4)	O1—K_a^xii	2.701 (3)
Ti_l—K_a^xii	3.7491 (4)	O1—K_a^ix	2.831 (3)
Ti_l—K_a^viii	3.7094 (10)	O1—Ba_a^xii	2.701 (3)
Ti_l—K_a^ix	3.7237 (11)	O1—Ba_a^ix	2.831 (3)
Ti_l—Ba_a	3.7491 (4)	O2—Ca_m2^x	2.318 (3)
Ti_l—Ba_a^xii	3.7491 (4)	O2—Ca_m2^v	2.318 (3)
Ti_l—Ba_a^viii	3.7094 (10)	O3—K_a^xxvii	2.703 (3)
Ti_l—Ba_a^ix	3.7237 (11)	O3—K_a^ix	2.802 (3)
Ti_l—Ca_m2^x	3.4961 (10)	O3—Ba_a^xxvii	2.703 (3)
Ti_l—Ca_m2^v	3.4961 (10)	O3—Ba_a^ix	2.802 (3)
Na_m1—Na_m2^xiii	3.2541 (8)	O4—K_a^xii	2.803 (4)
Na_m1—Na_m2^x	3.2541 (8)	O4—K_a^xxvii	2.769 (4)
Na_m1—Na_m2^xiv	3.2541 (8)	O4—Ba_a^xii	2.803 (4)
Na_m1—Na_m2^v	3.2541 (8)	O4—Ba_a^xxvii	2.769 (4)
Na_m1—Ti_m3^xv	3.5331 (2)	O5—Ca_m2^x	2.216 (3)
Na_m1—Ti_m3^x	3.5331 (2)	O5—Mg_m3^xxviii	2.005 (2)
Na_m1—O2	2.265 (4)	O5—Fe_m3^xxviii	2.005 (2)
Na_m1—O2^xvi	2.265 (4)	O_x—Ca_m2	2.303 (3)
Na_m1—Mn_m2^xiii	3.2541 (8)	O_x—Ca_m2^xviii	2.303 (3)
Na_m1—Mn_m2^x	3.2541 (8)	O_x—Mg_m3	1.950 (4)
Na_m1—Mn_m2^xiv	3.2541 (8)	O_x—Fe_m3	1.950 (4)
Na_m1—Mn_m2^v	3.2541 (8)	K_a—K_a^ii	4.6137 (6)
Na_m1—Ca_m2^xiii	3.2541 (8)	K_a—K_a^iii	4.6446 (6)
Na_m1—Ca_m2^x	3.2541 (8)	K_a—K_a^viii	4.6137 (6)
Na_m1—Ca_m2^xiv	3.2541 (8)	K_a—K_a^ix	4.6446 (6)
Na_m1—Ca_m2^v	3.2541 (8)	K_a—Na_a	0
Na_m1—Fe_m2^xiii	3.2541 (8)	K_a—Ba_a	0
Na_m1—Fe_m2^x	3.2541 (8)	K_a—Ba_a^ii	4.6137 (6)
Na_m1—Fe_m2^xiv	3.2541 (8)	K_a—Ba_a^iii	4.6446 (6)
Na_m1—Fe_m2^v	3.2541 (8)	K_a—Ba_a^viii	4.6137 (6)
Na_m1—Mg_m3^xv	3.5331 (2)	K_a—Ba_a^ix	4.6446 (6)
Na_m1—Mg_m3^x	3.5331 (2)	K_a—Ca_m2^xv	4.5313 (8)
Na_m2—Na_m2^xvii	3.6718 (19)	K_a—Ca_m2^v	4.5313 (8)
Na_m2—Na_m2^xviii	3.3945 (19)	Na_a—Ba_a	0
Na_m2—Ti_m3	3.1779 (7)	Ba_a—Ba_a^ii	4.6137 (6)
Na_m2—Ti_m3^xix	3.1779 (7)	Ba_a—Ba_a^iii	4.6446 (6)
Na_m2—O2^xx	2.318 (3)	Ba_a—Ba_a^viii	4.6137 (6)
Na_m2—O2^iii	2.318 (3)	Ba_a—Ba_a^ix	4.6446 (6)
Na_m2—O5^xx	2.216 (3)	Mn_m2—Ca_m2	0
Na_m2—O5^iii	2.216 (3)	Mn_m2—Ca_m2^xviii	3.3945 (19)
Na_m2—O_x	2.303 (3)	Mn_m2—Fe_m2	0
Na_m2—O_x^xxi	2.303 (3)	Ca_m2—Ca_m2^xvii	3.6718 (19)
Na_m2—Mn_m2	0	Ca_m2—Ca_m2^xviii	3.3945 (19)
Na_m2—Mn_m2^xviii	3.3945 (19)	Ca_m2—Fe_m2	0
Na_m2—Ca_m2	0	Ca_m2—Mg_m3	3.1779 (7)
Na_m2—Ca_m2^xvii	3.6718 (19)	Ca_m2—Mg_m3^xix	3.1779 (7)
Na_m2—Ca_m2^xviii	3.3945 (19)	Ca_m2—Fe_m3	3.1779 (7)
Na_m2—Fe_m2	0	Ca_m2—Fe_m3^xix	3.1779 (7)
Na_m2—Mg_m3	3.1779 (7)	Mg_m3—Fe_m3	0
Ti_l^i—Sr_a—Ti_l	140.92 (3)	Ti_l^ii—K_a—Ca_m2^v	139.19 (2)
Ti_l^i—Sr_a—Ti_l^ii	103.575 (15)	Ti_l^iii—K_a—Si^iv	148.947 (19)
Ti_l^i—Sr_a—Ti_l^iii	103.144 (17)	Ti_l^iii—K_a—Si^i	72.85 (2)
Ti_l^i—Sr_a—Si^iv	55.99 (2)	Ti_l^iii—K_a—Si^iii	56.24 (2)
Ti_l^i—Sr_a—Si^i	55.76 (2)	Ti_l^iii—K_a—Si^v	56.24 (2)
Ti_l^i—Sr_a—Si^iii	146.21 (2)	Ti_l^iii—K_a—Si^vi	148.947 (19)
Ti_l^i—Sr_a—Si^v	72.857 (19)	Ti_l^iii—K_a—Si^vii	72.85 (2)
Ti_l^i—Sr_a—Si^vi	106.97 (3)	Ti_l^iii—K_a—O1^i	80.47 (6)
Ti_l^i—Sr_a—Si^vii	106.44 (2)	Ti_l^iii—K_a—O1^iii	31.10 (5)
Ti_l^i—Sr_a—K_a	0	Ti_l^iii—K_a—O1^v	31.10 (5)
Ti_l^i—Sr_a—K_a^ii	51.401 (14)	Ti_l^iii—K_a—O1^vii	80.47 (6)
Ti_l^i—Sr_a—K_a^iii	51.327 (15)	Ti_l^iii—K_a—O3^iv	124.05 (6)
Ti_l^i—Sr_a—K_a^viii	145.04 (2)	Ti_l^iii—K_a—O3^iii	79.86 (6)
Ti_l^i—Sr_a—K_a^ix	143.99 (2)	Ti_l^iii—K_a—O3^v	79.86 (6)
Ti_l^i—Sr_a—Na_a	0	Ti_l^iii—K_a—O3^vi	124.05 (6)
Ti_l^i—Sr_a—Ba_a	0	Ti_l^iii—K_a—O4^iv	151.84 (8)
Ti_l—Sr_a—Ti_l^ii	103.575 (15)	Ti_l^iii—K_a—O4^i	58.85 (8)
Ti_l—Sr_a—Ti_l^iii	103.144 (17)	Ti_l^iii—K_a—K_a^ii	102.776 (16)
Ti_l—Sr_a—Si^iv	106.97 (3)	Ti_l^iii—K_a—K_a^iii	51.817 (10)
Ti_l—Sr_a—Si^i	106.44 (2)	Ti_l^iii—K_a—K_a^viii	102.776 (16)
Ti_l—Sr_a—Si^iii	72.857 (19)	Ti_l^iii—K_a—K_a^ix	51.817 (10)
Ti_l—Sr_a—Si^v	146.21 (2)	Ti_l^iii—K_a—Na_a	0
Ti_l—Sr_a—Si^vi	55.99 (2)	Ti_l^iii—K_a—Ba_a	0
Ti_l—Sr_a—Si^vii	55.76 (2)	Ti_l^iii—K_a—Ba_a^ii	102.776 (16)
Ti_l—Sr_a—K_a	0	Ti_l^iii—K_a—Ba_a^iii	51.817 (10)
Ti_l—Sr_a—K_a^ii	145.04 (2)	Ti_l^iii—K_a—Ba_a^viii	102.776 (16)
Ti_l—Sr_a—K_a^iii	143.99 (2)	Ti_l^iii—K_a—Ba_a^ix	51.817 (10)
Ti_l—Sr_a—K_a^viii	51.401 (14)	Ti_l^iii—K_a—Ca_m2^xv	120.053 (18)
Ti_l—Sr_a—K_a^ix	51.327 (15)	Ti_l^iii—K_a—Ca_m2^v	120.053 (18)
Ti_l—Sr_a—Na_a	0	Si^iv—K_a—Si^i	105.09 (2)
Ti_l—Sr_a—Ba_a	0	Si^iv—K_a—Si^iii	127.00 (3)
Ti_l^ii—Sr_a—Ti_l^iii	92.59 (2)	Si^iv—K_a—Si^v	93.57 (2)
Ti_l^ii—Sr_a—Si^iv	73.28 (2)	Si^iv—K_a—Si^vi	53.69 (2)
Ti_l^ii—Sr_a—Si^i	148.88 (2)	Si^iv—K_a—Si^vii	131.72 (3)
Ti_l^ii—Sr_a—Si^iii	56.46 (2)	Si^iv—K_a—O1^i	85.07 (6)
Ti_l^ii—Sr_a—Si^v	56.46 (2)	Si^iv—K_a—O1^iii	153.53 (6)
Ti_l^ii—Sr_a—Si^vi	73.28 (2)	Si^iv—K_a—O1^v	117.91 (5)
Ti_l^ii—Sr_a—Si^vii	148.88 (2)	Si^iv—K_a—O1^vii	130.40 (7)
Ti_l^ii—Sr_a—K_a	0	Si^iv—K_a—O3^iv	28.04 (6)
Ti_l^ii—Sr_a—K_a^ii	52.174 (9)	Si^iv—K_a—O3^iii	98.56 (6)
Ti_l^ii—Sr_a—K_a^iii	103.045 (16)	Si^iv—K_a—O3^v	73.87 (6)
Ti_l^ii—Sr_a—K_a^viii	52.174 (9)	Si^iv—K_a—O3^vi	81.70 (6)
Ti_l^ii—Sr_a—K_a^ix	103.045 (16)	Si^iv—K_a—O4^iv	29.20 (3)
Ti_l^ii—Sr_a—Na_a	0	Si^iv—K_a—O4^i	131.03 (6)
Ti_l^ii—Sr_a—Ba_a	0	Si^iv—K_a—K_a^ii	46.701 (18)
Ti_l^iii—Sr_a—Si^iv	148.947 (19)	Si^iv—K_a—K_a^iii	103.615 (16)
Ti_l^iii—Sr_a—Si^i	72.85 (2)	Si^iv—K_a—K_a^viii	90.34 (2)
Ti_l^iii—Sr_a—Si^iii	56.24 (2)	Si^iv—K_a—K_a^ix	157.29 (2)
Ti_l^iii—Sr_a—Si^v	56.24 (2)	Si^iv—K_a—Na_a	0
Ti_l^iii—Sr_a—Si^vi	148.947 (19)	Si^iv—K_a—Ba_a	0
Ti_l^iii—Sr_a—Si^vii	72.85 (2)	Si^iv—K_a—Ba_a^ii	46.701 (18)
Ti_l^iii—Sr_a—K_a	0	Si^iv—K_a—Ba_a^iii	103.615 (16)
Ti_l^iii—Sr_a—K_a^ii	102.776 (16)	Si^iv—K_a—Ba_a^viii	90.34 (2)
Ti_l^iii—Sr_a—K_a^iii	51.817 (10)	Si^iv—K_a—Ba_a^ix	157.29 (2)
Ti_l^iii—Sr_a—K_a^viii	102.776 (16)	Si^iv—K_a—Ca_m2^xv	66.193 (19)
Ti_l^iii—Sr_a—K_a^ix	51.817 (10)	Si^iv—K_a—Ca_m2^v	86.25 (2)
Ti_l^iii—Sr_a—Na_a	0	Si^i—K_a—Si^iii	126.29 (3)
Ti_l^iii—Sr_a—Ba_a	0	Si^i—K_a—Si^v	93.20 (2)
Si^iv—Sr_a—Si^i	105.09 (2)	Si^i—K_a—Si^vi	131.72 (3)
Si^iv—Sr_a—Si^iii	127.00 (3)	Si^i—K_a—Si^vii	53.32 (2)
Si^iv—Sr_a—Si^v	93.57 (2)	Si^i—K_a—O1^i	27.78 (6)
Si^iv—Sr_a—Si^vi	53.69 (2)	Si^i—K_a—O1^iii	97.77 (6)
Si^iv—Sr_a—Si^vii	131.72 (3)	Si^i—K_a—O1^v	73.20 (5)
Si^iv—Sr_a—K_a	0	Si^i—K_a—O1^vii	81.05 (6)
Si^iv—Sr_a—K_a^ii	46.701 (18)	Si^i—K_a—O3^iv	85.00 (6)
Si^iv—Sr_a—K_a^iii	103.615 (16)	Si^i—K_a—O3^iii	152.70 (6)
Si^iv—Sr_a—K_a^viii	90.34 (2)	Si^i—K_a—O3^v	117.68 (5)
Si^iv—Sr_a—K_a^ix	157.29 (2)	Si^i—K_a—O3^vi	130.26 (6)
Si^iv—Sr_a—Na_a	0	Si^i—K_a—O4^iv	131.16 (6)
Si^iv—Sr_a—Ba_a	0	Si^i—K_a—O4^i	29.01 (3)
Si^i—Sr_a—Si^iii	126.29 (3)	Si^i—K_a—K_a^ii	103.361 (16)
Si^i—Sr_a—Si^v	93.20 (2)	Si^i—K_a—K_a^iii	46.322 (18)
Si^i—Sr_a—Si^vi	131.72 (3)	Si^i—K_a—K_a^viii	156.672 (18)
Si^i—Sr_a—Si^vii	53.32 (2)	Si^i—K_a—K_a^ix	89.54 (2)
Si^i—Sr_a—K_a	0	Si^i—K_a—Na_a	0
Si^i—Sr_a—K_a^ii	103.361 (16)	Si^i—K_a—Ba_a	0
Si^i—Sr_a—K_a^iii	46.322 (18)	Si^i—K_a—Ba_a^ii	103.361 (16)
Si^i—Sr_a—K_a^viii	156.672 (18)	Si^i—K_a—Ba_a^iii	46.322 (18)
Si^i—Sr_a—K_a^ix	89.54 (2)	Si^i—K_a—Ba_a^viii	156.672 (18)
Si^i—Sr_a—Na_a	0	Si^i—K_a—Ba_a^ix	89.54 (2)
Si^i—Sr_a—Ba_a	0	Si^i—K_a—Ca_m2^xv	47.258 (19)
Si^iii—Sr_a—Si^v	73.36 (2)	Si^i—K_a—Ca_m2^v	69.97 (2)
Si^iii—Sr_a—Si^vi	93.57 (2)	Si^iii—K_a—Si^v	73.36 (2)
Si^iii—Sr_a—Si^vii	93.20 (2)	Si^iii—K_a—Si^vi	93.57 (2)
Si^iii—Sr_a—K_a	0	Si^iii—K_a—Si^vii	93.20 (2)
Si^iii—Sr_a—K_a^ii	103.37 (2)	Si^iii—K_a—O1^i	135.76 (7)
Si^iii—Sr_a—K_a^iii	103.02 (2)	Si^iii—K_a—O1^iii	28.52 (5)
Si^iii—Sr_a—K_a^viii	46.868 (19)	Si^iii—K_a—O1^v	71.71 (6)
Si^iii—Sr_a—K_a^ix	46.881 (18)	Si^iii—K_a—O1^vii	75.26 (6)
Si^iii—Sr_a—Na_a	0	Si^iii—K_a—O3^iv	136.14 (6)
Si^iii—Sr_a—Ba_a	0	Si^iii—K_a—O3^iii	28.43 (6)
Si^v—Sr_a—Si^vi	127.00 (3)	Si^iii—K_a—O3^v	71.65 (6)
Si^v—Sr_a—Si^vii	126.29 (3)	Si^iii—K_a—O3^vi	75.20 (6)
Si^v—Sr_a—K_a	0	Si^iii—K_a—O4^iv	102.54 (6)
Si^v—Sr_a—K_a^ii	46.868 (19)	Si^iii—K_a—O4^i	101.97 (6)
Si^v—Sr_a—K_a^iii	46.881 (18)	Si^iii—K_a—K_a^ii	103.37 (2)
Si^v—Sr_a—K_a^viii	103.37 (2)	Si^iii—K_a—K_a^iii	103.02 (2)
Si^v—Sr_a—K_a^ix	103.02 (2)	Si^iii—K_a—K_a^viii	46.868 (19)
Si^v—Sr_a—Na_a	0	Si^iii—K_a—K_a^ix	46.881 (18)
Si^v—Sr_a—Ba_a	0	Si^iii—K_a—Na_a	0
Si^vi—Sr_a—Si^vii	105.09 (2)	Si^iii—K_a—Ba_a	0
Si^vi—Sr_a—K_a	0	Si^iii—K_a—Ba_a^ii	103.37 (2)
Si^vi—Sr_a—K_a^ii	90.34 (2)	Si^iii—K_a—Ba_a^iii	103.02 (2)
Si^vi—Sr_a—K_a^iii	157.29 (2)	Si^iii—K_a—Ba_a^viii	46.868 (19)
Si^vi—Sr_a—K_a^viii	46.701 (18)	Si^iii—K_a—Ba_a^ix	46.881 (18)
Si^vi—Sr_a—K_a^ix	103.615 (16)	Si^iii—K_a—Ca_m2^xv	162.41 (2)
Si^vi—Sr_a—Na_a	0	Si^iii—K_a—Ca_m2^v	120.38 (2)
Si^vi—Sr_a—Ba_a	0	Si^v—K_a—Si^vi	127.00 (3)
Si^vii—Sr_a—K_a	0	Si^v—K_a—Si^vii	126.29 (3)
Si^vii—Sr_a—K_a^ii	156.672 (18)	Si^v—K_a—O1^i	75.26 (6)
Si^vii—Sr_a—K_a^iii	89.54 (2)	Si^v—K_a—O1^iii	71.71 (6)
Si^vii—Sr_a—K_a^viii	103.361 (16)	Si^v—K_a—O1^v	28.52 (5)
Si^vii—Sr_a—K_a^ix	46.322 (18)	Si^v—K_a—O1^vii	135.76 (7)
Si^vii—Sr_a—Na_a	0	Si^v—K_a—O3^iv	75.20 (6)
Si^vii—Sr_a—Ba_a	0	Si^v—K_a—O3^iii	71.65 (6)
K_a—Sr_a—K_a^ii	0	Si^v—K_a—O3^v	28.43 (6)
K_a—Sr_a—K_a^iii	0	Si^v—K_a—O3^vi	136.14 (6)
K_a—Sr_a—K_a^viii	0	Si^v—K_a—O4^iv	102.54 (6)
K_a—Sr_a—K_a^ix	0	Si^v—K_a—O4^i	101.97 (6)
K_a—Sr_a—Na_a	0	Si^v—K_a—K_a^ii	46.868 (19)
K_a—Sr_a—Ba_a	0	Si^v—K_a—K_a^iii	46.881 (18)
K_a^ii—Sr_a—K_a^iii	70.956 (10)	Si^v—K_a—K_a^viii	103.37 (2)
K_a^ii—Sr_a—K_a^viii	99.954 (14)	Si^v—K_a—K_a^ix	103.02 (2)
K_a^ii—Sr_a—K_a^ix	147.012 (19)	Si^v—K_a—Na_a	0
K_a^ii—Sr_a—Na_a	0	Si^v—K_a—Ba_a	0
K_a^ii—Sr_a—Ba_a	0	Si^v—K_a—Ba_a^ii	46.868 (19)
K_a^iii—Sr_a—K_a^viii	147.012 (19)	Si^v—K_a—Ba_a^iii	46.881 (18)
K_a^iii—Sr_a—K_a^ix	99.053 (15)	Si^v—K_a—Ba_a^viii	103.37 (2)
K_a^iii—Sr_a—Na_a	0	Si^v—K_a—Ba_a^ix	103.02 (2)
K_a^iii—Sr_a—Ba_a	0	Si^v—K_a—Ca_m2^xv	120.38 (2)
K_a^viii—Sr_a—K_a^ix	70.956 (10)	Si^v—K_a—Ca_m2^v	162.41 (2)
K_a^viii—Sr_a—Na_a	0	Si^vi—K_a—Si^vii	105.09 (2)
K_a^viii—Sr_a—Ba_a	0	Si^vi—K_a—O1^i	130.40 (7)
K_a^ix—Sr_a—Na_a	0	Si^vi—K_a—O1^iii	117.91 (5)
K_a^ix—Sr_a—Ba_a	0	Si^vi—K_a—O1^v	153.53 (6)
Na_a—Sr_a—Ba_a	0	Si^vi—K_a—O1^vii	85.07 (6)
Sr_a—Ti_l—Sr_a^xii	140.92 (3)	Si^vi—K_a—O3^iv	81.70 (6)
Sr_a—Ti_l—Sr_a^viii	76.425 (15)	Si^vi—K_a—O3^iii	73.87 (6)
Sr_a—Ti_l—Sr_a^ix	76.856 (17)	Si^vi—K_a—O3^v	98.56 (6)
Sr_a—Ti_l—Na_m1	106.026 (17)	Si^vi—K_a—O3^vi	28.04 (6)
Sr_a—Ti_l—Na_m2^x	140.40 (3)	Si^vi—K_a—O4^iv	29.20 (3)
Sr_a—Ti_l—Na_m2^v	77.34 (2)	Si^vi—K_a—O4^i	131.03 (6)
Sr_a—Ti_l—O1	124.57 (8)	Si^vi—K_a—K_a^ii	90.34 (2)
Sr_a—Ti_l—O1^vii	43.80 (7)	Si^vi—K_a—K_a^iii	157.29 (2)
Sr_a—Ti_l—O2	109.539 (15)	Si^vi—K_a—K_a^viii	46.701 (18)
Sr_a—Ti_l—O3^xi	123.52 (8)	Si^vi—K_a—K_a^ix	103.615 (16)
Sr_a—Ti_l—O3^vi	43.89 (8)	Si^vi—K_a—Na_a	0
Sr_a—Ti_l—K_a	0.0 (5)	Si^vi—K_a—Ba_a	0
Sr_a—Ti_l—K_a^xii	140.92 (3)	Si^vi—K_a—Ba_a^ii	90.34 (2)
Sr_a—Ti_l—K_a^viii	76.425 (15)	Si^vi—K_a—Ba_a^iii	157.29 (2)
Sr_a—Ti_l—K_a^ix	76.856 (17)	Si^vi—K_a—Ba_a^viii	46.701 (18)
Sr_a—Ti_l—Ba_a	0.0 (5)	Si^vi—K_a—Ba_a^ix	103.615 (16)
Sr_a—Ti_l—Ba_a^xii	140.92 (3)	Si^vi—K_a—Ca_m2^xv	86.25 (2)
Sr_a—Ti_l—Ba_a^viii	76.425 (15)	Si^vi—K_a—Ca_m2^v	66.193 (19)
Sr_a—Ti_l—Ba_a^ix	76.856 (17)	Si^vii—K_a—O1^i	81.05 (6)
Sr_a—Ti_l—Ca_m2^x	140.40 (3)	Si^vii—K_a—O1^iii	73.20 (5)
Sr_a—Ti_l—Ca_m2^v	77.34 (2)	Si^vii—K_a—O1^v	97.77 (6)
Sr_a^xii—Ti_l—Sr_a^viii	76.425 (15)	Si^vii—K_a—O1^vii	27.78 (6)
Sr_a^xii—Ti_l—Sr_a^ix	76.856 (17)	Si^vii—K_a—O3^iv	130.26 (6)
Sr_a^xii—Ti_l—Na_m1	106.026 (17)	Si^vii—K_a—O3^iii	117.68 (5)
Sr_a^xii—Ti_l—Na_m2^x	77.34 (2)	Si^vii—K_a—O3^v	152.70 (6)
Sr_a^xii—Ti_l—Na_m2^v	140.40 (3)	Si^vii—K_a—O3^vi	85.00 (6)
Sr_a^xii—Ti_l—O1	43.80 (7)	Si^vii—K_a—O4^iv	131.16 (6)
Sr_a^xii—Ti_l—O1^vii	124.57 (8)	Si^vii—K_a—O4^i	29.01 (3)
Sr_a^xii—Ti_l—O2	109.539 (15)	Si^vii—K_a—K_a^ii	156.672 (18)
Sr_a^xii—Ti_l—O3^xi	43.89 (8)	Si^vii—K_a—K_a^iii	89.54 (2)
Sr_a^xii—Ti_l—O3^vi	123.52 (8)	Si^vii—K_a—K_a^viii	103.361 (16)
Sr_a^xii—Ti_l—K_a	140.92 (3)	Si^vii—K_a—K_a^ix	46.322 (18)
Sr_a^xii—Ti_l—K_a^xii	0.0 (5)	Si^vii—K_a—Na_a	0
Sr_a^xii—Ti_l—K_a^viii	76.425 (15)	Si^vii—K_a—Ba_a	0
Sr_a^xii—Ti_l—K_a^ix	76.856 (17)	Si^vii—K_a—Ba_a^ii	156.672 (18)
Sr_a^xii—Ti_l—Ba_a	140.92 (3)	Si^vii—K_a—Ba_a^iii	89.54 (2)
Sr_a^xii—Ti_l—Ba_a^xii	0.0 (5)	Si^vii—K_a—Ba_a^viii	103.361 (16)
Sr_a^xii—Ti_l—Ba_a^viii	76.425 (15)	Si^vii—K_a—Ba_a^ix	46.322 (18)
Sr_a^xii—Ti_l—Ba_a^ix	76.856 (17)	Si^vii—K_a—Ca_m2^xv	69.97 (2)
Sr_a^xii—Ti_l—Ca_m2^x	77.34 (2)	Si^vii—K_a—Ca_m2^v	47.258 (19)
Sr_a^xii—Ti_l—Ca_m2^v	140.40 (3)	O1^i—K_a—O1^iii	111.02 (8)
Sr_a^viii—Ti_l—Sr_a^ix	92.59 (2)	O1^i—K_a—O1^v	65.81 (8)
Sr_a^viii—Ti_l—Na_m1	100.20 (2)	O1^i—K_a—O1^vii	108.72 (8)
Sr_a^viii—Ti_l—Na_m2^x	136.83 (2)	O1^i—K_a—O3^iv	60.28 (8)
Sr_a^viii—Ti_l—Na_m2^v	136.83 (2)	O1^i—K_a—O3^iii	146.86 (8)
Sr_a^viii—Ti_l—O1	109.33 (8)	O1^i—K_a—O3^v	93.97 (7)
Sr_a^viii—Ti_l—O1^vii	109.33 (8)	O1^i—K_a—O3^vi	146.38 (8)
Sr_a^viii—Ti_l—O2	134.37 (15)	O1^i—K_a—O4^iv	114.18 (7)
Sr_a^viii—Ti_l—O3^xi	47.89 (7)	O1^i—K_a—O4^i	55.68 (6)
Sr_a^viii—Ti_l—O3^vi	47.89 (7)	O1^i—K_a—K_a^ii	75.62 (5)
Sr_a^viii—Ti_l—K_a	76.425 (15)	O1^i—K_a—K_a^iii	33.78 (6)
Sr_a^viii—Ti_l—K_a^xii	76.425 (15)	O1^i—K_a—K_a^viii	175.09 (6)
Sr_a^viii—Ti_l—K_a^viii	0.0 (5)	O1^i—K_a—K_a^ix	113.91 (6)
Sr_a^viii—Ti_l—K_a^ix	92.59 (2)	O1^i—K_a—Na_a	0
Sr_a^viii—Ti_l—Ba_a	76.425 (15)	O1^i—K_a—Ba_a	0
Sr_a^viii—Ti_l—Ba_a^xii	76.425 (15)	O1^i—K_a—Ba_a^ii	75.62 (5)
Sr_a^viii—Ti_l—Ba_a^viii	0.0 (5)	O1^i—K_a—Ba_a^iii	33.78 (6)
Sr_a^viii—Ti_l—Ba_a^ix	92.59 (2)	O1^i—K_a—Ba_a^viii	175.09 (6)
Sr_a^viii—Ti_l—Ca_m2^x	136.83 (2)	O1^i—K_a—Ba_a^ix	113.91 (6)
Sr_a^viii—Ti_l—Ca_m2^v	136.83 (2)	O1^i—K_a—Ca_m2^xv	48.90 (6)
Sr_a^ix—Ti_l—Na_m1	167.21 (3)	O1^i—K_a—Ca_m2^v	87.22 (6)
Sr_a^ix—Ti_l—Na_m2^x	113.90 (2)	O1^iii—K_a—O1^v	56.42 (7)
Sr_a^ix—Ti_l—Na_m2^v	113.90 (2)	O1^iii—K_a—O1^vii	65.81 (8)
Sr_a^ix—Ti_l—O1	48.36 (8)	O1^iii—K_a—O3^iv	146.89 (8)
Sr_a^ix—Ti_l—O1^vii	48.36 (8)	O1^iii—K_a—O3^iii	56.37 (8)
Sr_a^ix—Ti_l—O2	133.04 (15)	O1^iii—K_a—O3^v	83.85 (8)
Sr_a^ix—Ti_l—O3^xi	109.70 (8)	O1^iii—K_a—O3^vi	93.72 (8)
Sr_a^ix—Ti_l—O3^vi	109.70 (8)	O1^iii—K_a—O4^iv	131.05 (8)
Sr_a^ix—Ti_l—K_a	76.856 (17)	O1^iii—K_a—O4^i	74.65 (8)
Sr_a^ix—Ti_l—K_a^xii	76.856 (17)	O1^iii—K_a—K_a^ii	115.19 (5)
Sr_a^ix—Ti_l—K_a^viii	92.59 (2)	O1^iii—K_a—K_a^iii	82.62 (5)
Sr_a^ix—Ti_l—K_a^ix	0.0 (5)	O1^iii—K_a—K_a^viii	72.64 (5)
Sr_a^ix—Ti_l—Ba_a	76.856 (17)	O1^iii—K_a—K_a^ix	32.04 (5)
Sr_a^ix—Ti_l—Ba_a^xii	76.856 (17)	O1^iii—K_a—Na_a	0
Sr_a^ix—Ti_l—Ba_a^viii	92.59 (2)	O1^iii—K_a—Ba_a	0
Sr_a^ix—Ti_l—Ba_a^ix	0.0 (5)	O1^iii—K_a—Ba_a^ii	115.19 (5)
Sr_a^ix—Ti_l—Ca_m2^x	113.90 (2)	O1^iii—K_a—Ba_a^iii	82.62 (5)
Sr_a^ix—Ti_l—Ca_m2^v	113.90 (2)	O1^iii—K_a—Ba_a^viii	72.64 (5)
Na_m1—Ti_l—Na_m2^x	55.883 (15)	O1^iii—K_a—Ba_a^ix	32.04 (5)
Na_m1—Ti_l—Na_m2^v	55.883 (15)	O1^iii—K_a—Ca_m2^xv	140.20 (5)
Na_m1—Ti_l—O1	125.53 (8)	O1^iii—K_a—Ca_m2^v	114.47 (5)
Na_m1—Ti_l—O1^vii	125.53 (8)	O1^v—K_a—O1^vii	111.02 (8)
Na_m1—Ti_l—O2	34.17 (14)	O1^v—K_a—O3^iv	93.72 (8)
Na_m1—Ti_l—O3^xi	79.43 (8)	O1^v—K_a—O3^iii	83.85 (8)
Na_m1—Ti_l—O3^vi	79.43 (8)	O1^v—K_a—O3^v	56.37 (8)
Na_m1—Ti_l—K_a	106.026 (17)	O1^v—K_a—O3^vi	146.89 (8)
Na_m1—Ti_l—K_a^xii	106.026 (17)	O1^v—K_a—O4^iv	131.05 (8)
Na_m1—Ti_l—K_a^viii	100.20 (2)	O1^v—K_a—O4^i	74.65 (8)
Na_m1—Ti_l—K_a^ix	167.21 (3)	O1^v—K_a—K_a^ii	72.64 (5)
Na_m1—Ti_l—Ba_a	106.026 (17)	O1^v—K_a—K_a^iii	32.04 (5)
Na_m1—Ti_l—Ba_a^xii	106.026 (17)	O1^v—K_a—K_a^viii	115.19 (5)
Na_m1—Ti_l—Ba_a^viii	100.20 (2)	O1^v—K_a—K_a^ix	82.62 (5)
Na_m1—Ti_l—Ba_a^ix	167.21 (3)	O1^v—K_a—Na_a	0
Na_m1—Ti_l—Ca_m2^x	55.883 (15)	O1^v—K_a—Ba_a	0
Na_m1—Ti_l—Ca_m2^v	55.883 (15)	O1^v—K_a—Ba_a^ii	72.64 (5)
Na_m2^x—Ti_l—Na_m2^v	63.35 (3)	O1^v—K_a—Ba_a^iii	32.04 (5)
Na_m2^x—Ti_l—O1	71.62 (8)	O1^v—K_a—Ba_a^viii	115.19 (5)
Na_m2^x—Ti_l—O1^vii	113.76 (8)	O1^v—K_a—Ba_a^ix	82.62 (5)
Na_m2^x—Ti_l—O2	34.56 (6)	O1^v—K_a—Ca_m2^xv	114.47 (5)
Na_m2^x—Ti_l—O3^xi	89.98 (8)	O1^v—K_a—Ca_m2^v	140.20 (5)
Na_m2^x—Ti_l—O3^vi	135.15 (9)	O1^vii—K_a—O3^iv	146.38 (8)
Na_m2^x—Ti_l—K_a	140.40 (3)	O1^vii—K_a—O3^iii	93.97 (7)
Na_m2^x—Ti_l—K_a^xii	77.34 (2)	O1^vii—K_a—O3^v	146.86 (8)
Na_m2^x—Ti_l—K_a^viii	136.83 (2)	O1^vii—K_a—O3^vi	60.28 (8)
Na_m2^x—Ti_l—K_a^ix	113.90 (2)	O1^vii—K_a—O4^iv	114.18 (7)
Na_m2^x—Ti_l—Ba_a	140.40 (3)	O1^vii—K_a—O4^i	55.68 (6)
Na_m2^x—Ti_l—Ba_a^xii	77.34 (2)	O1^vii—K_a—K_a^ii	175.09 (6)
Na_m2^x—Ti_l—Ba_a^viii	136.83 (2)	O1^vii—K_a—K_a^iii	113.91 (6)
Na_m2^x—Ti_l—Ba_a^ix	113.90 (2)	O1^vii—K_a—K_a^viii	75.62 (5)
Na_m2^x—Ti_l—Ca_m2^x	0.0 (5)	O1^vii—K_a—K_a^ix	33.78 (6)
Na_m2^x—Ti_l—Ca_m2^v	63.35 (3)	O1^vii—K_a—Na_a	0
Na_m2^v—Ti_l—O1	113.76 (8)	O1^vii—K_a—Ba_a	0
Na_m2^v—Ti_l—O1^vii	71.62 (8)	O1^vii—K_a—Ba_a^ii	175.09 (6)
Na_m2^v—Ti_l—O2	34.56 (6)	O1^vii—K_a—Ba_a^iii	113.91 (6)
Na_m2^v—Ti_l—O3^xi	135.15 (9)	O1^vii—K_a—Ba_a^viii	75.62 (5)
Na_m2^v—Ti_l—O3^vi	89.98 (8)	O1^vii—K_a—Ba_a^ix	33.78 (6)
Na_m2^v—Ti_l—K_a	77.34 (2)	O1^vii—K_a—Ca_m2^xv	87.22 (6)
Na_m2^v—Ti_l—K_a^xii	140.40 (3)	O1^vii—K_a—Ca_m2^v	48.90 (6)
Na_m2^v—Ti_l—K_a^viii	136.83 (2)	O3^iv—K_a—O3^iii	111.57 (8)
Na_m2^v—Ti_l—K_a^ix	113.90 (2)	O3^iv—K_a—O3^v	66.12 (8)
Na_m2^v—Ti_l—Ba_a	77.34 (2)	O3^iv—K_a—O3^vi	109.64 (8)
Na_m2^v—Ti_l—Ba_a^xii	140.40 (3)	O3^iv—K_a—O4^iv	56.10 (6)
Na_m2^v—Ti_l—Ba_a^viii	136.83 (2)	O3^iv—K_a—O4^i	113.94 (6)
Na_m2^v—Ti_l—Ba_a^ix	113.90 (2)	O3^iv—K_a—K_a^ii	33.73 (5)
Na_m2^v—Ti_l—Ca_m2^x	63.35 (3)	O3^iv—K_a—K_a^iii	75.60 (6)
Na_m2^v—Ti_l—Ca_m2^v	0.0 (5)	O3^iv—K_a—K_a^viii	114.85 (6)
O1—Ti_l—O1^vii	86.31 (11)	O3^iv—K_a—K_a^ix	174.13 (6)
O1—Ti_l—O2	103.49 (13)	O3^iv—K_a—Na_a	0
O1—Ti_l—O3^xi	87.69 (11)	O3^iv—K_a—Ba_a	0
O1—Ti_l—O3^vi	152.07 (12)	O3^iv—K_a—Ba_a^ii	33.73 (5)
O1—Ti_l—K_a	124.57 (8)	O3^iv—K_a—Ba_a^iii	75.60 (6)
O1—Ti_l—K_a^xii	43.80 (7)	O3^iv—K_a—Ba_a^viii	114.85 (6)
O1—Ti_l—K_a^viii	109.33 (8)	O3^iv—K_a—Ba_a^ix	174.13 (6)
O1—Ti_l—K_a^ix	48.36 (8)	O3^iv—K_a—Ca_m2^xv	61.26 (5)
O1—Ti_l—Ba_a	124.57 (8)	O3^iv—K_a—Ca_m2^v	97.56 (6)
O1—Ti_l—Ba_a^xii	43.80 (7)	O3^iii—K_a—O3^v	56.40 (7)
O1—Ti_l—Ba_a^viii	109.33 (8)	O3^iii—K_a—O3^vi	66.12 (8)
O1—Ti_l—Ba_a^ix	48.36 (8)	O3^iii—K_a—O4^iv	75.38 (8)
O1—Ti_l—Ca_m2^x	71.62 (8)	O3^iii—K_a—O4^i	130.39 (8)
O1—Ti_l—Ca_m2^v	113.76 (8)	O3^iii—K_a—K_a^ii	83.07 (5)
O1^vii—Ti_l—O2	103.49 (13)	O3^iii—K_a—K_a^iii	114.94 (6)
O1^vii—Ti_l—O3^xi	152.07 (12)	O3^iii—K_a—K_a^viii	32.39 (5)
O1^vii—Ti_l—O3^vi	87.69 (11)	O3^iii—K_a—K_a^ix	72.70 (5)
O1^vii—Ti_l—K_a	43.80 (7)	O3^iii—K_a—Na_a	0
O1^vii—Ti_l—K_a^xii	124.57 (8)	O3^iii—K_a—Ba_a	0
O1^vii—Ti_l—K_a^viii	109.33 (8)	O3^iii—K_a—Ba_a^ii	83.07 (5)
O1^vii—Ti_l—K_a^ix	48.36 (8)	O3^iii—K_a—Ba_a^iii	114.94 (6)
O1^vii—Ti_l—Ba_a	43.80 (7)	O3^iii—K_a—Ba_a^viii	32.39 (5)
O1^vii—Ti_l—Ba_a^xii	124.57 (8)	O3^iii—K_a—Ba_a^ix	72.70 (5)
O1^vii—Ti_l—Ba_a^viii	109.33 (8)	O3^iii—K_a—Ca_m2^xv	159.88 (6)
O1^vii—Ti_l—Ba_a^ix	48.36 (8)	O3^iii—K_a—Ca_m2^v	125.80 (5)
O1^vii—Ti_l—Ca_m2^x	113.76 (8)	O3^v—K_a—O3^vi	111.57 (8)
O1^vii—Ti_l—Ca_m2^v	71.62 (8)	O3^v—K_a—O4^iv	75.38 (8)
O2—Ti_l—O3^xi	104.44 (13)	O3^v—K_a—O4^i	130.39 (8)
O2—Ti_l—O3^vi	104.44 (13)	O3^v—K_a—K_a^ii	32.39 (5)
O2—Ti_l—K_a	109.539 (15)	O3^v—K_a—K_a^iii	72.70 (5)
O2—Ti_l—K_a^xii	109.539 (15)	O3^v—K_a—K_a^viii	83.07 (5)
O2—Ti_l—K_a^viii	134.37 (15)	O3^v—K_a—K_a^ix	114.94 (6)
O2—Ti_l—K_a^ix	133.04 (15)	O3^v—K_a—Na_a	0
O2—Ti_l—Ba_a	109.539 (15)	O3^v—K_a—Ba_a	0
O2—Ti_l—Ba_a^xii	109.539 (15)	O3^v—K_a—Ba_a^ii	32.39 (5)
O2—Ti_l—Ba_a^viii	134.37 (15)	O3^v—K_a—Ba_a^iii	72.70 (5)
O2—Ti_l—Ba_a^ix	133.04 (15)	O3^v—K_a—Ba_a^viii	83.07 (5)
O2—Ti_l—Ca_m2^x	34.56 (6)	O3^v—K_a—Ba_a^ix	114.94 (6)
O2—Ti_l—Ca_m2^v	34.56 (6)	O3^v—K_a—Ca_m2^xv	125.80 (5)
O3^xi—Ti_l—O3^vi	84.96 (11)	O3^v—K_a—Ca_m2^v	159.88 (6)
O3^xi—Ti_l—K_a	123.52 (8)	O3^vi—K_a—O4^iv	56.10 (6)
O3^xi—Ti_l—K_a^xii	43.89 (8)	O3^vi—K_a—O4^i	113.94 (6)
O3^xi—Ti_l—K_a^viii	47.89 (7)	O3^vi—K_a—K_a^ii	114.85 (6)
O3^xi—Ti_l—K_a^ix	109.70 (8)	O3^vi—K_a—K_a^iii	174.13 (6)
O3^xi—Ti_l—Ba_a	123.52 (8)	O3^vi—K_a—K_a^viii	33.73 (5)
O3^xi—Ti_l—Ba_a^xii	43.89 (8)	O3^vi—K_a—K_a^ix	75.60 (6)
O3^xi—Ti_l—Ba_a^viii	47.89 (7)	O3^vi—K_a—Na_a	0
O3^xi—Ti_l—Ba_a^ix	109.70 (8)	O3^vi—K_a—Ba_a	0
O3^xi—Ti_l—Ca_m2^x	89.98 (8)	O3^vi—K_a—Ba_a^ii	114.85 (6)
O3^xi—Ti_l—Ca_m2^v	135.15 (9)	O3^vi—K_a—Ba_a^iii	174.13 (6)
O3^vi—Ti_l—K_a	43.89 (8)	O3^vi—K_a—Ba_a^viii	33.73 (5)
O3^vi—Ti_l—K_a^xii	123.52 (8)	O3^vi—K_a—Ba_a^ix	75.60 (6)
O3^vi—Ti_l—K_a^viii	47.89 (7)	O3^vi—K_a—Ca_m2^xv	97.56 (6)
O3^vi—Ti_l—K_a^ix	109.70 (8)	O3^vi—K_a—Ca_m2^v	61.26 (5)
O3^vi—Ti_l—Ba_a	43.89 (8)	O4^iv—K_a—O4^i	149.31 (11)
O3^vi—Ti_l—Ba_a^xii	123.52 (8)	O4^iv—K_a—K_a^ii	61.32 (4)
O3^vi—Ti_l—Ba_a^viii	47.89 (7)	O4^iv—K_a—K_a^iii	129.675 (14)
O3^vi—Ti_l—Ba_a^ix	109.70 (8)	O4^iv—K_a—K_a^viii	61.32 (4)
O3^vi—Ti_l—Ca_m2^x	135.15 (9)	O4^iv—K_a—K_a^ix	129.675 (14)
O3^vi—Ti_l—Ca_m2^v	89.98 (8)	O4^iv—K_a—Na_a	0
K_a—Ti_l—K_a^xii	140.92 (3)	O4^iv—K_a—Ba_a	0
K_a—Ti_l—K_a^viii	76.425 (15)	O4^iv—K_a—Ba_a^ii	61.32 (4)
K_a—Ti_l—K_a^ix	76.856 (17)	O4^iv—K_a—Ba_a^iii	129.675 (14)
K_a—Ti_l—Ba_a	0.0 (5)	O4^iv—K_a—Ba_a^viii	61.32 (4)
K_a—Ti_l—Ba_a^xii	140.92 (3)	O4^iv—K_a—Ba_a^ix	129.675 (14)
K_a—Ti_l—Ba_a^viii	76.425 (15)	O4^iv—K_a—Ca_m2^xv	85.80 (7)
K_a—Ti_l—Ba_a^ix	76.856 (17)	O4^iv—K_a—Ca_m2^v	85.80 (7)
K_a—Ti_l—Ca_m2^x	140.40 (3)	O4^i—K_a—K_a^ii	129.139 (15)
K_a—Ti_l—Ca_m2^v	77.34 (2)	O4^i—K_a—K_a^iii	60.71 (4)
K_a^xii—Ti_l—K_a^viii	76.425 (15)	O4^i—K_a—K_a^viii	129.139 (15)
K_a^xii—Ti_l—K_a^ix	76.856 (17)	O4^i—K_a—K_a^ix	60.71 (4)
K_a^xii—Ti_l—Ba_a	140.92 (3)	O4^i—K_a—Na_a	0
K_a^xii—Ti_l—Ba_a^xii	0.0 (5)	O4^i—K_a—Ba_a	0
K_a^xii—Ti_l—Ba_a^viii	76.425 (15)	O4^i—K_a—Ba_a^ii	129.139 (15)
K_a^xii—Ti_l—Ba_a^ix	76.856 (17)	O4^i—K_a—Ba_a^iii	60.71 (4)
K_a^xii—Ti_l—Ca_m2^x	77.34 (2)	O4^i—K_a—Ba_a^viii	129.139 (15)
K_a^xii—Ti_l—Ca_m2^v	140.40 (3)	O4^i—K_a—Ba_a^ix	60.71 (4)
K_a^viii—Ti_l—K_a^ix	92.59 (2)	O4^i—K_a—Ca_m2^xv	65.87 (7)
K_a^viii—Ti_l—Ba_a	76.425 (15)	O4^i—K_a—Ca_m2^v	65.87 (7)
K_a^viii—Ti_l—Ba_a^xii	76.425 (15)	K_a^ii—K_a—K_a^iii	70.956 (10)
K_a^viii—Ti_l—Ba_a^viii	0.0 (5)	K_a^ii—K_a—K_a^viii	99.954 (14)
K_a^viii—Ti_l—Ba_a^ix	92.59 (2)	K_a^ii—K_a—K_a^ix	147.012 (19)
K_a^viii—Ti_l—Ca_m2^x	136.83 (2)	K_a^ii—K_a—Na_a	0
K_a^viii—Ti_l—Ca_m2^v	136.83 (2)	K_a^ii—K_a—Ba_a	0
K_a^ix—Ti_l—Ba_a	76.856 (17)	K_a^ii—K_a—Ba_a^ii	0.0 (5)
K_a^ix—Ti_l—Ba_a^xii	76.856 (17)	K_a^ii—K_a—Ba_a^iii	70.956 (10)
K_a^ix—Ti_l—Ba_a^viii	92.59 (2)	K_a^ii—K_a—Ba_a^viii	99.954 (14)
K_a^ix—Ti_l—Ba_a^ix	0.0 (5)	K_a^ii—K_a—Ba_a^ix	147.012 (19)
K_a^ix—Ti_l—Ca_m2^x	113.90 (2)	K_a^ii—K_a—Ca_m2^xv	94.223 (17)
K_a^ix—Ti_l—Ca_m2^v	113.90 (2)	K_a^ii—K_a—Ca_m2^v	130.34 (2)
Ba_a—Ti_l—Ba_a^xii	140.92 (3)	K_a^iii—K_a—K_a^viii	147.012 (19)
Ba_a—Ti_l—Ba_a^viii	76.425 (15)	K_a^iii—K_a—K_a^ix	99.053 (15)
Ba_a—Ti_l—Ba_a^ix	76.856 (17)	K_a^iii—K_a—Na_a	0
Ba_a—Ti_l—Ca_m2^x	140.40 (3)	K_a^iii—K_a—Ba_a	0
Ba_a—Ti_l—Ca_m2^v	77.34 (2)	K_a^iii—K_a—Ba_a^ii	70.956 (10)
Ba_a^xii—Ti_l—Ba_a^viii	76.425 (15)	K_a^iii—K_a—Ba_a^iii	0.0 (5)
Ba_a^xii—Ti_l—Ba_a^ix	76.856 (17)	K_a^iii—K_a—Ba_a^viii	147.012 (19)
Ba_a^xii—Ti_l—Ca_m2^x	77.34 (2)	K_a^iii—K_a—Ba_a^ix	99.053 (15)
Ba_a^xii—Ti_l—Ca_m2^v	140.40 (3)	K_a^iii—K_a—Ca_m2^xv	82.540 (16)
Ba_a^viii—Ti_l—Ba_a^ix	92.59 (2)	K_a^iii—K_a—Ca_m2^v	116.106 (18)
Ba_a^viii—Ti_l—Ca_m2^x	136.83 (2)	K_a^viii—K_a—K_a^ix	70.956 (10)
Ba_a^viii—Ti_l—Ca_m2^v	136.83 (2)	K_a^viii—K_a—Na_a	0
Ba_a^ix—Ti_l—Ca_m2^x	113.90 (2)	K_a^viii—K_a—Ba_a	0
Ba_a^ix—Ti_l—Ca_m2^v	113.90 (2)	K_a^viii—K_a—Ba_a^ii	99.954 (14)
Ca_m2^x—Ti_l—Ca_m2^v	63.35 (3)	K_a^viii—K_a—Ba_a^iii	147.012 (19)
Ti_l—Na_m1—Ti_l^xvi	180.0 (5)	K_a^viii—K_a—Ba_a^viii	0.0 (5)
Ti_l—Na_m1—Na_m2^xiii	117.193 (12)	K_a^viii—K_a—Ba_a^ix	70.956 (10)
Ti_l—Na_m1—Na_m2^x	62.807 (12)	K_a^viii—K_a—Ca_m2^xv	130.34 (2)
Ti_l—Na_m1—Na_m2^xiv	117.193 (12)	K_a^viii—K_a—Ca_m2^v	94.223 (17)
Ti_l—Na_m1—Na_m2^v	62.807 (12)	K_a^ix—K_a—Na_a	0
Ti_l—Na_m1—Ti_m3^xv	90	K_a^ix—K_a—Ba_a	0
Ti_l—Na_m1—Ti_m3^x	90	K_a^ix—K_a—Ba_a^ii	147.012 (19)
Ti_l—Na_m1—O2	24.60 (10)	K_a^ix—K_a—Ba_a^iii	99.053 (15)
Ti_l—Na_m1—O2^xvi	155.40 (10)	K_a^ix—K_a—Ba_a^viii	70.956 (10)
Ti_l—Na_m1—Mn_m2^xiii	117.193 (12)	K_a^ix—K_a—Ba_a^ix	0.0 (5)
Ti_l—Na_m1—Mn_m2^x	62.807 (12)	K_a^ix—K_a—Ca_m2^xv	116.106 (18)
Ti_l—Na_m1—Mn_m2^xiv	117.193 (12)	K_a^ix—K_a—Ca_m2^v	82.540 (16)
Ti_l—Na_m1—Mn_m2^v	62.807 (12)	Na_a—K_a—Ba_a	0
Ti_l—Na_m1—Ca_m2^xiii	117.193 (12)	Na_a—K_a—Ba_a^ii	0
Ti_l—Na_m1—Ca_m2^x	62.807 (12)	Na_a—K_a—Ba_a^iii	0
Ti_l—Na_m1—Ca_m2^xiv	117.193 (12)	Na_a—K_a—Ba_a^viii	0
Ti_l—Na_m1—Ca_m2^v	62.807 (12)	Na_a—K_a—Ba_a^ix	0
Ti_l—Na_m1—Fe_m2^xiii	117.193 (12)	Na_a—K_a—Ca_m2^xv	0
Ti_l—Na_m1—Fe_m2^x	62.807 (12)	Na_a—K_a—Ca_m2^v	0
Ti_l—Na_m1—Fe_m2^xiv	117.193 (12)	Ba_a—K_a—Ba_a^ii	0
Ti_l—Na_m1—Fe_m2^v	62.807 (12)	Ba_a—K_a—Ba_a^iii	0
Ti_l—Na_m1—Mg_m3^xv	90	Ba_a—K_a—Ba_a^viii	0
Ti_l—Na_m1—Mg_m3^x	90	Ba_a—K_a—Ba_a^ix	0
Ti_l^xvi—Na_m1—Na_m2^xiii	62.807 (12)	Ba_a—K_a—Ca_m2^xv	0
Ti_l^xvi—Na_m1—Na_m2^x	117.193 (12)	Ba_a—K_a—Ca_m2^v	0
Ti_l^xvi—Na_m1—Na_m2^xiv	62.807 (12)	Ba_a^ii—K_a—Ba_a^iii	70.956 (10)
Ti_l^xvi—Na_m1—Na_m2^v	117.193 (12)	Ba_a^ii—K_a—Ba_a^viii	99.954 (14)
Ti_l^xvi—Na_m1—Ti_m3^xv	90	Ba_a^ii—K_a—Ba_a^ix	147.012 (19)
Ti_l^xvi—Na_m1—Ti_m3^x	90	Ba_a^ii—K_a—Ca_m2^xv	94.223 (17)
Ti_l^xvi—Na_m1—O2	155.40 (10)	Ba_a^ii—K_a—Ca_m2^v	130.34 (2)
Ti_l^xvi—Na_m1—O2^xvi	24.60 (10)	Ba_a^iii—K_a—Ba_a^viii	147.012 (19)
Ti_l^xvi—Na_m1—Mn_m2^xiii	62.807 (12)	Ba_a^iii—K_a—Ba_a^ix	99.053 (15)
Ti_l^xvi—Na_m1—Mn_m2^x	117.193 (12)	Ba_a^iii—K_a—Ca_m2^xv	82.540 (16)
Ti_l^xvi—Na_m1—Mn_m2^xiv	62.807 (12)	Ba_a^iii—K_a—Ca_m2^v	116.106 (18)
Ti_l^xvi—Na_m1—Mn_m2^v	117.193 (12)	Ba_a^viii—K_a—Ba_a^ix	70.956 (10)
Ti_l^xvi—Na_m1—Ca_m2^xiii	62.807 (12)	Ba_a^viii—K_a—Ca_m2^xv	130.34 (2)
Ti_l^xvi—Na_m1—Ca_m2^x	117.193 (12)	Ba_a^viii—K_a—Ca_m2^v	94.223 (17)
Ti_l^xvi—Na_m1—Ca_m2^xiv	62.807 (12)	Ba_a^ix—K_a—Ca_m2^xv	116.106 (18)
Ti_l^xvi—Na_m1—Ca_m2^v	117.193 (12)	Ba_a^ix—K_a—Ca_m2^v	82.540 (16)
Ti_l^xvi—Na_m1—Fe_m2^xiii	62.807 (12)	Ca_m2^xv—K_a—Ca_m2^v	43.99 (2)
Ti_l^xvi—Na_m1—Fe_m2^x	117.193 (12)	Sr_a—Na_a—K_a	0
Ti_l^xvi—Na_m1—Fe_m2^xiv	62.807 (12)	Sr_a—Na_a—Ba_a	0
Ti_l^xvi—Na_m1—Fe_m2^v	117.193 (12)	K_a—Na_a—Ba_a	0
Ti_l^xvi—Na_m1—Mg_m3^xv	90	Sr_a—Ba_a—Ti_l^i	0
Ti_l^xvi—Na_m1—Mg_m3^x	90	Sr_a—Ba_a—Ti_l	0
Na_m2^xiii—Na_m1—Na_m2^x	111.31 (3)	Sr_a—Ba_a—Ti_l^ii	0
Na_m2^xiii—Na_m1—Na_m2^xiv	68.69 (3)	Sr_a—Ba_a—Ti_l^iii	0
Na_m2^xiii—Na_m1—Na_m2^v	180.0 (5)	Sr_a—Ba_a—Si^iv	0
Na_m2^xiii—Na_m1—Ti_m3^xv	124.346 (19)	Sr_a—Ba_a—Si^i	0
Na_m2^xiii—Na_m1—Ti_m3^x	55.654 (19)	Sr_a—Ba_a—Si^iii	0
Na_m2^xiii—Na_m1—O2	134.57 (6)	Sr_a—Ba_a—Si^v	0
Na_m2^xiii—Na_m1—O2^xvi	45.43 (6)	Sr_a—Ba_a—Si^vi	0
Na_m2^xiii—Na_m1—Mn_m2^xiii	0.0 (5)	Sr_a—Ba_a—Si^vii	0
Na_m2^xiii—Na_m1—Mn_m2^x	111.31 (3)	Sr_a—Ba_a—O1^i	0
Na_m2^xiii—Na_m1—Mn_m2^xiv	68.69 (3)	Sr_a—Ba_a—O1^iii	0
Na_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	Sr_a—Ba_a—O1^v	0
Na_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	Sr_a—Ba_a—O1^vii	0
Na_m2^xiii—Na_m1—Ca_m2^x	111.31 (3)	Sr_a—Ba_a—O3^iv	0
Na_m2^xiii—Na_m1—Ca_m2^xiv	68.69 (3)	Sr_a—Ba_a—O3^iii	0
Na_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Sr_a—Ba_a—O3^v	0
Na_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	Sr_a—Ba_a—O3^vi	0
Na_m2^xiii—Na_m1—Fe_m2^x	111.31 (3)	Sr_a—Ba_a—O4^iv	0
Na_m2^xiii—Na_m1—Fe_m2^xiv	68.69 (3)	Sr_a—Ba_a—O4^i	0
Na_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	Sr_a—Ba_a—K_a	0
Na_m2^xiii—Na_m1—Mg_m3^xv	124.346 (19)	Sr_a—Ba_a—K_a^ii	0
Na_m2^xiii—Na_m1—Mg_m3^x	55.654 (19)	Sr_a—Ba_a—K_a^iii	0
Na_m2^x—Na_m1—Na_m2^xiv	180.0 (5)	Sr_a—Ba_a—K_a^viii	0
Na_m2^x—Na_m1—Na_m2^v	68.69 (3)	Sr_a—Ba_a—K_a^ix	0
Na_m2^x—Na_m1—Ti_m3^xv	124.346 (19)	Sr_a—Ba_a—Na_a	0
Na_m2^x—Na_m1—Ti_m3^x	55.654 (19)	Sr_a—Ba_a—Ba_a^ii	0
Na_m2^x—Na_m1—O2	45.43 (6)	Sr_a—Ba_a—Ba_a^iii	0
Na_m2^x—Na_m1—O2^xvi	134.57 (6)	Sr_a—Ba_a—Ba_a^viii	0
Na_m2^x—Na_m1—Mn_m2^xiii	111.31 (3)	Sr_a—Ba_a—Ba_a^ix	0
Na_m2^x—Na_m1—Mn_m2^x	0.0 (5)	Ti_l^i—Ba_a—Ti_l	140.92 (3)
Na_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Ti_l^i—Ba_a—Ti_l^ii	103.575 (15)
Na_m2^x—Na_m1—Mn_m2^v	68.69 (3)	Ti_l^i—Ba_a—Ti_l^iii	103.144 (17)
Na_m2^x—Na_m1—Ca_m2^xiii	111.31 (3)	Ti_l^i—Ba_a—Si^iv	55.99 (2)
Na_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Ti_l^i—Ba_a—Si^i	55.76 (2)
Na_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Ti_l^i—Ba_a—Si^iii	146.21 (2)
Na_m2^x—Na_m1—Ca_m2^v	68.69 (3)	Ti_l^i—Ba_a—Si^v	72.857 (19)
Na_m2^x—Na_m1—Fe_m2^xiii	111.31 (3)	Ti_l^i—Ba_a—Si^vi	106.97 (3)
Na_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Ti_l^i—Ba_a—Si^vii	106.44 (2)
Na_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Ti_l^i—Ba_a—O1^i	30.09 (6)
Na_m2^x—Na_m1—Fe_m2^v	68.69 (3)	Ti_l^i—Ba_a—O1^iii	133.73 (6)
Na_m2^x—Na_m1—Mg_m3^xv	124.346 (19)	Ti_l^i—Ba_a—O1^v	78.48 (5)
Na_m2^x—Na_m1—Mg_m3^x	55.654 (19)	Ti_l^i—Ba_a—O1^vii	131.80 (6)
Na_m2^xiv—Na_m1—Na_m2^v	111.31 (3)	Ti_l^i—Ba_a—O3^iv	30.19 (5)
Na_m2^xiv—Na_m1—Ti_m3^xv	55.654 (19)	Ti_l^i—Ba_a—O3^iii	134.20 (5)
Na_m2^xiv—Na_m1—Ti_m3^x	124.346 (19)	Ti_l^i—Ba_a—O3^v	78.84 (5)
Na_m2^xiv—Na_m1—O2	134.57 (6)	Ti_l^i—Ba_a—O3^vi	132.55 (6)
Na_m2^xiv—Na_m1—O2^xvi	45.43 (6)	Ti_l^i—Ba_a—O4^iv	85.14 (3)
Na_m2^xiv—Na_m1—Mn_m2^xiii	68.69 (3)	Ti_l^i—Ba_a—O4^i	84.71 (3)
Na_m2^xiv—Na_m1—Mn_m2^x	180.0 (5)	Ti_l^i—Ba_a—K_a	0
Na_m2^xiv—Na_m1—Mn_m2^xiv	0.0 (5)	Ti_l^i—Ba_a—K_a^ii	51.401 (14)
Na_m2^xiv—Na_m1—Mn_m2^v	111.31 (3)	Ti_l^i—Ba_a—K_a^iii	51.327 (15)
Na_m2^xiv—Na_m1—Ca_m2^xiii	68.69 (3)	Ti_l^i—Ba_a—K_a^viii	145.04 (2)
Na_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Ti_l^i—Ba_a—K_a^ix	143.99 (2)
Na_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Ti_l^i—Ba_a—Na_a	0
Na_m2^xiv—Na_m1—Ca_m2^v	111.31 (3)	Ti_l^i—Ba_a—Ba_a^ii	51.401 (14)
Na_m2^xiv—Na_m1—Fe_m2^xiii	68.69 (3)	Ti_l^i—Ba_a—Ba_a^iii	51.327 (15)
Na_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Ti_l^i—Ba_a—Ba_a^viii	145.04 (2)
Na_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Ti_l^i—Ba_a—Ba_a^ix	143.99 (2)
Na_m2^xiv—Na_m1—Fe_m2^v	111.31 (3)	Ti_l—Ba_a—Ti_l^ii	103.575 (15)
Na_m2^xiv—Na_m1—Mg_m3^xv	55.654 (19)	Ti_l—Ba_a—Ti_l^iii	103.144 (17)
Na_m2^xiv—Na_m1—Mg_m3^x	124.346 (19)	Ti_l—Ba_a—Si^iv	106.97 (3)
Na_m2^v—Na_m1—Ti_m3^xv	55.654 (19)	Ti_l—Ba_a—Si^i	106.44 (2)
Na_m2^v—Na_m1—Ti_m3^x	124.346 (19)	Ti_l—Ba_a—Si^iii	72.857 (19)
Na_m2^v—Na_m1—O2	45.43 (6)	Ti_l—Ba_a—Si^v	146.21 (2)
Na_m2^v—Na_m1—O2^xvi	134.57 (6)	Ti_l—Ba_a—Si^vi	55.99 (2)
Na_m2^v—Na_m1—Mn_m2^xiii	180.0 (5)	Ti_l—Ba_a—Si^vii	55.76 (2)
Na_m2^v—Na_m1—Mn_m2^x	68.69 (3)	Ti_l—Ba_a—O1^i	131.80 (6)
Na_m2^v—Na_m1—Mn_m2^xiv	111.31 (3)	Ti_l—Ba_a—O1^iii	78.48 (5)
Na_m2^v—Na_m1—Mn_m2^v	0.0 (5)	Ti_l—Ba_a—O1^v	133.73 (6)
Na_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	Ti_l—Ba_a—O1^vii	30.09 (6)
Na_m2^v—Na_m1—Ca_m2^x	68.69 (3)	Ti_l—Ba_a—O3^iv	132.55 (6)
Na_m2^v—Na_m1—Ca_m2^xiv	111.31 (3)	Ti_l—Ba_a—O3^iii	78.84 (5)
Na_m2^v—Na_m1—Ca_m2^v	0.0 (5)	Ti_l—Ba_a—O3^v	134.20 (5)
Na_m2^v—Na_m1—Fe_m2^xiii	180.0 (5)	Ti_l—Ba_a—O3^vi	30.19 (5)
Na_m2^v—Na_m1—Fe_m2^x	68.69 (3)	Ti_l—Ba_a—O4^iv	85.14 (3)
Na_m2^v—Na_m1—Fe_m2^xiv	111.31 (3)	Ti_l—Ba_a—O4^i	84.71 (3)
Na_m2^v—Na_m1—Fe_m2^v	0.0 (5)	Ti_l—Ba_a—K_a	0
Na_m2^v—Na_m1—Mg_m3^xv	55.654 (19)	Ti_l—Ba_a—K_a^ii	145.04 (2)
Na_m2^v—Na_m1—Mg_m3^x	124.346 (19)	Ti_l—Ba_a—K_a^iii	143.99 (2)
Ti_m3^xv—Na_m1—Ti_m3^x	180.0 (5)	Ti_l—Ba_a—K_a^viii	51.401 (14)
Ti_m3^xv—Na_m1—O2	90	Ti_l—Ba_a—K_a^ix	51.327 (15)
Ti_m3^xv—Na_m1—O2^xvi	90	Ti_l—Ba_a—Na_a	0
Ti_m3^xv—Na_m1—Mn_m2^xiii	124.346 (19)	Ti_l—Ba_a—Ba_a^ii	145.04 (2)
Ti_m3^xv—Na_m1—Mn_m2^x	124.346 (19)	Ti_l—Ba_a—Ba_a^iii	143.99 (2)
Ti_m3^xv—Na_m1—Mn_m2^xiv	55.654 (19)	Ti_l—Ba_a—Ba_a^viii	51.401 (14)
Ti_m3^xv—Na_m1—Mn_m2^v	55.654 (19)	Ti_l—Ba_a—Ba_a^ix	51.327 (15)
Ti_m3^xv—Na_m1—Ca_m2^xiii	124.346 (19)	Ti_l^ii—Ba_a—Ti_l^iii	92.59 (2)
Ti_m3^xv—Na_m1—Ca_m2^x	124.346 (19)	Ti_l^ii—Ba_a—Si^iv	73.28 (2)
Ti_m3^xv—Na_m1—Ca_m2^xiv	55.654 (19)	Ti_l^ii—Ba_a—Si^i	148.88 (2)
Ti_m3^xv—Na_m1—Ca_m2^v	55.654 (19)	Ti_l^ii—Ba_a—Si^iii	56.46 (2)
Ti_m3^xv—Na_m1—Fe_m2^xiii	124.346 (19)	Ti_l^ii—Ba_a—Si^v	56.46 (2)
Ti_m3^xv—Na_m1—Fe_m2^x	124.346 (19)	Ti_l^ii—Ba_a—Si^vi	73.28 (2)
Ti_m3^xv—Na_m1—Fe_m2^xiv	55.654 (19)	Ti_l^ii—Ba_a—Si^vii	148.88 (2)
Ti_m3^xv—Na_m1—Fe_m2^v	55.654 (19)	Ti_l^ii—Ba_a—O1^i	124.44 (5)
Ti_m3^xv—Na_m1—Mg_m3^xv	0.0 (5)	Ti_l^ii—Ba_a—O1^iii	80.25 (5)
Ti_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	Ti_l^ii—Ba_a—O1^v	80.25 (5)
Ti_m3^x—Na_m1—O2	90	Ti_l^ii—Ba_a—O1^vii	124.44 (5)
Ti_m3^x—Na_m1—O2^xvi	90	Ti_l^ii—Ba_a—O3^iv	80.75 (5)
Ti_m3^x—Na_m1—Mn_m2^xiii	55.654 (19)	Ti_l^ii—Ba_a—O3^iii	31.27 (5)
Ti_m3^x—Na_m1—Mn_m2^x	55.654 (19)	Ti_l^ii—Ba_a—O3^v	31.27 (5)
Ti_m3^x—Na_m1—Mn_m2^xiv	124.346 (19)	Ti_l^ii—Ba_a—O3^vi	80.75 (5)
Ti_m3^x—Na_m1—Mn_m2^v	124.346 (19)	Ti_l^ii—Ba_a—O4^iv	59.25 (7)
Ti_m3^x—Na_m1—Ca_m2^xiii	55.654 (19)	Ti_l^ii—Ba_a—O4^i	151.44 (8)
Ti_m3^x—Na_m1—Ca_m2^x	55.654 (19)	Ti_l^ii—Ba_a—K_a	0
Ti_m3^x—Na_m1—Ca_m2^xiv	124.346 (19)	Ti_l^ii—Ba_a—K_a^ii	52.174 (9)
Ti_m3^x—Na_m1—Ca_m2^v	124.346 (19)	Ti_l^ii—Ba_a—K_a^iii	103.045 (16)
Ti_m3^x—Na_m1—Fe_m2^xiii	55.654 (19)	Ti_l^ii—Ba_a—K_a^viii	52.174 (9)
Ti_m3^x—Na_m1—Fe_m2^x	55.654 (19)	Ti_l^ii—Ba_a—K_a^ix	103.045 (16)
Ti_m3^x—Na_m1—Fe_m2^xiv	124.346 (19)	Ti_l^ii—Ba_a—Na_a	0
Ti_m3^x—Na_m1—Fe_m2^v	124.346 (19)	Ti_l^ii—Ba_a—Ba_a^ii	52.174 (9)
Ti_m3^x—Na_m1—Mg_m3^xv	180.0 (5)	Ti_l^ii—Ba_a—Ba_a^iii	103.045 (16)
Ti_m3^x—Na_m1—Mg_m3^x	0.0 (5)	Ti_l^ii—Ba_a—Ba_a^viii	52.174 (9)
O2—Na_m1—O2^xvi	180.0 (5)	Ti_l^ii—Ba_a—Ba_a^ix	103.045 (16)
O2—Na_m1—Mn_m2^xiii	134.57 (6)	Ti_l^iii—Ba_a—Si^iv	148.947 (19)
O2—Na_m1—Mn_m2^x	45.43 (6)	Ti_l^iii—Ba_a—Si^i	72.85 (2)
O2—Na_m1—Mn_m2^xiv	134.57 (6)	Ti_l^iii—Ba_a—Si^iii	56.24 (2)
O2—Na_m1—Mn_m2^v	45.43 (6)	Ti_l^iii—Ba_a—Si^v	56.24 (2)
O2—Na_m1—Ca_m2^xiii	134.57 (6)	Ti_l^iii—Ba_a—Si^vi	148.947 (19)
O2—Na_m1—Ca_m2^x	45.43 (6)	Ti_l^iii—Ba_a—Si^vii	72.85 (2)
O2—Na_m1—Ca_m2^xiv	134.57 (6)	Ti_l^iii—Ba_a—O1^i	80.47 (6)
O2—Na_m1—Ca_m2^v	45.43 (6)	Ti_l^iii—Ba_a—O1^iii	31.10 (5)
O2—Na_m1—Fe_m2^xiii	134.57 (6)	Ti_l^iii—Ba_a—O1^v	31.10 (5)
O2—Na_m1—Fe_m2^x	45.43 (6)	Ti_l^iii—Ba_a—O1^vii	80.47 (6)
O2—Na_m1—Fe_m2^xiv	134.57 (6)	Ti_l^iii—Ba_a—O3^iv	124.05 (6)
O2—Na_m1—Fe_m2^v	45.43 (6)	Ti_l^iii—Ba_a—O3^iii	79.86 (6)
O2—Na_m1—Mg_m3^xv	90	Ti_l^iii—Ba_a—O3^v	79.86 (6)
O2—Na_m1—Mg_m3^x	90	Ti_l^iii—Ba_a—O3^vi	124.05 (6)
O2^xvi—Na_m1—Mn_m2^xiii	45.43 (6)	Ti_l^iii—Ba_a—O4^iv	151.84 (8)
O2^xvi—Na_m1—Mn_m2^x	134.57 (6)	Ti_l^iii—Ba_a—O4^i	58.85 (8)
O2^xvi—Na_m1—Mn_m2^xiv	45.43 (6)	Ti_l^iii—Ba_a—K_a	0
O2^xvi—Na_m1—Mn_m2^v	134.57 (6)	Ti_l^iii—Ba_a—K_a^ii	102.776 (16)
O2^xvi—Na_m1—Ca_m2^xiii	45.43 (6)	Ti_l^iii—Ba_a—K_a^iii	51.817 (10)
O2^xvi—Na_m1—Ca_m2^x	134.57 (6)	Ti_l^iii—Ba_a—K_a^viii	102.776 (16)
O2^xvi—Na_m1—Ca_m2^xiv	45.43 (6)	Ti_l^iii—Ba_a—K_a^ix	51.817 (10)
O2^xvi—Na_m1—Ca_m2^v	134.57 (6)	Ti_l^iii—Ba_a—Na_a	0
O2^xvi—Na_m1—Fe_m2^xiii	45.43 (6)	Ti_l^iii—Ba_a—Ba_a^ii	102.776 (16)
O2^xvi—Na_m1—Fe_m2^x	134.57 (6)	Ti_l^iii—Ba_a—Ba_a^iii	51.817 (10)
O2^xvi—Na_m1—Fe_m2^xiv	45.43 (6)	Ti_l^iii—Ba_a—Ba_a^viii	102.776 (16)
O2^xvi—Na_m1—Fe_m2^v	134.57 (6)	Ti_l^iii—Ba_a—Ba_a^ix	51.817 (10)
O2^xvi—Na_m1—Mg_m3^xv	90	Si^iv—Ba_a—Si^i	105.09 (2)
O2^xvi—Na_m1—Mg_m3^x	90	Si^iv—Ba_a—Si^iii	127.00 (3)
Mn_m2^xiii—Na_m1—Mn_m2^x	111.31 (3)	Si^iv—Ba_a—Si^v	93.57 (2)
Mn_m2^xiii—Na_m1—Mn_m2^xiv	68.69 (3)	Si^iv—Ba_a—Si^vi	53.69 (2)
Mn_m2^xiii—Na_m1—Mn_m2^v	180.0 (5)	Si^iv—Ba_a—Si^vii	131.72 (3)
Mn_m2^xiii—Na_m1—Ca_m2^xiii	0.0 (5)	Si^iv—Ba_a—O1^i	85.07 (6)
Mn_m2^xiii—Na_m1—Ca_m2^x	111.31 (3)	Si^iv—Ba_a—O1^iii	153.53 (6)
Mn_m2^xiii—Na_m1—Ca_m2^xiv	68.69 (3)	Si^iv—Ba_a—O1^v	117.91 (5)
Mn_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Si^iv—Ba_a—O1^vii	130.40 (7)
Mn_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	Si^iv—Ba_a—O3^iv	28.04 (6)
Mn_m2^xiii—Na_m1—Fe_m2^x	111.31 (3)	Si^iv—Ba_a—O3^iii	98.56 (6)
Mn_m2^xiii—Na_m1—Fe_m2^xiv	68.69 (3)	Si^iv—Ba_a—O3^v	73.87 (6)
Mn_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	Si^iv—Ba_a—O3^vi	81.70 (6)
Mn_m2^xiii—Na_m1—Mg_m3^xv	124.346 (19)	Si^iv—Ba_a—O4^iv	29.20 (3)
Mn_m2^xiii—Na_m1—Mg_m3^x	55.654 (19)	Si^iv—Ba_a—O4^i	131.03 (6)
Mn_m2^x—Na_m1—Mn_m2^xiv	180.0 (5)	Si^iv—Ba_a—K_a	0
Mn_m2^x—Na_m1—Mn_m2^v	68.69 (3)	Si^iv—Ba_a—K_a^ii	46.701 (18)
Mn_m2^x—Na_m1—Ca_m2^xiii	111.31 (3)	Si^iv—Ba_a—K_a^iii	103.615 (16)
Mn_m2^x—Na_m1—Ca_m2^x	0.0 (5)	Si^iv—Ba_a—K_a^viii	90.34 (2)
Mn_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Si^iv—Ba_a—K_a^ix	157.29 (2)
Mn_m2^x—Na_m1—Ca_m2^v	68.69 (3)	Si^iv—Ba_a—Na_a	0
Mn_m2^x—Na_m1—Fe_m2^xiii	111.31 (3)	Si^iv—Ba_a—Ba_a^ii	46.701 (18)
Mn_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Si^iv—Ba_a—Ba_a^iii	103.615 (16)
Mn_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Si^iv—Ba_a—Ba_a^viii	90.34 (2)
Mn_m2^x—Na_m1—Fe_m2^v	68.69 (3)	Si^iv—Ba_a—Ba_a^ix	157.29 (2)
Mn_m2^x—Na_m1—Mg_m3^xv	124.346 (19)	Si^i—Ba_a—Si^iii	126.29 (3)
Mn_m2^x—Na_m1—Mg_m3^x	55.654 (19)	Si^i—Ba_a—Si^v	93.20 (2)
Mn_m2^xiv—Na_m1—Mn_m2^v	111.31 (3)	Si^i—Ba_a—Si^vi	131.72 (3)
Mn_m2^xiv—Na_m1—Ca_m2^xiii	68.69 (3)	Si^i—Ba_a—Si^vii	53.32 (2)
Mn_m2^xiv—Na_m1—Ca_m2^x	180.0 (5)	Si^i—Ba_a—O1^i	27.78 (6)
Mn_m2^xiv—Na_m1—Ca_m2^xiv	0.0 (5)	Si^i—Ba_a—O1^iii	97.77 (6)
Mn_m2^xiv—Na_m1—Ca_m2^v	111.31 (3)	Si^i—Ba_a—O1^v	73.20 (5)
Mn_m2^xiv—Na_m1—Fe_m2^xiii	68.69 (3)	Si^i—Ba_a—O1^vii	81.05 (6)
Mn_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Si^i—Ba_a—O3^iv	85.00 (6)
Mn_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Si^i—Ba_a—O3^iii	152.70 (6)
Mn_m2^xiv—Na_m1—Fe_m2^v	111.31 (3)	Si^i—Ba_a—O3^v	117.68 (5)
Mn_m2^xiv—Na_m1—Mg_m3^xv	55.654 (19)	Si^i—Ba_a—O3^vi	130.26 (6)
Mn_m2^xiv—Na_m1—Mg_m3^x	124.346 (19)	Si^i—Ba_a—O4^iv	131.16 (6)
Mn_m2^v—Na_m1—Ca_m2^xiii	180.0 (5)	Si^i—Ba_a—O4^i	29.01 (3)
Mn_m2^v—Na_m1—Ca_m2^x	68.69 (3)	Si^i—Ba_a—K_a	0
Mn_m2^v—Na_m1—Ca_m2^xiv	111.31 (3)	Si^i—Ba_a—K_a^ii	103.361 (16)
Mn_m2^v—Na_m1—Ca_m2^v	0.0 (5)	Si^i—Ba_a—K_a^iii	46.322 (18)
Mn_m2^v—Na_m1—Fe_m2^xiii	180.0 (5)	Si^i—Ba_a—K_a^viii	156.672 (18)
Mn_m2^v—Na_m1—Fe_m2^x	68.69 (3)	Si^i—Ba_a—K_a^ix	89.54 (2)
Mn_m2^v—Na_m1—Fe_m2^xiv	111.31 (3)	Si^i—Ba_a—Na_a	0
Mn_m2^v—Na_m1—Fe_m2^v	0.0 (5)	Si^i—Ba_a—Ba_a^ii	103.361 (16)
Mn_m2^v—Na_m1—Mg_m3^xv	55.654 (19)	Si^i—Ba_a—Ba_a^iii	46.322 (18)
Mn_m2^v—Na_m1—Mg_m3^x	124.346 (19)	Si^i—Ba_a—Ba_a^viii	156.672 (18)
Ca_m2^xiii—Na_m1—Ca_m2^x	111.31 (3)	Si^i—Ba_a—Ba_a^ix	89.54 (2)
Ca_m2^xiii—Na_m1—Ca_m2^xiv	68.69 (3)	Si^iii—Ba_a—Si^v	73.36 (2)
Ca_m2^xiii—Na_m1—Ca_m2^v	180.0 (5)	Si^iii—Ba_a—Si^vi	93.57 (2)
Ca_m2^xiii—Na_m1—Fe_m2^xiii	0.0 (5)	Si^iii—Ba_a—Si^vii	93.20 (2)
Ca_m2^xiii—Na_m1—Fe_m2^x	111.31 (3)	Si^iii—Ba_a—O1^i	135.76 (7)
Ca_m2^xiii—Na_m1—Fe_m2^xiv	68.69 (3)	Si^iii—Ba_a—O1^iii	28.52 (5)
Ca_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	Si^iii—Ba_a—O1^v	71.71 (6)
Ca_m2^xiii—Na_m1—Mg_m3^xv	124.346 (19)	Si^iii—Ba_a—O1^vii	75.26 (6)
Ca_m2^xiii—Na_m1—Mg_m3^x	55.654 (19)	Si^iii—Ba_a—O3^iv	136.14 (6)
Ca_m2^x—Na_m1—Ca_m2^xiv	180.0 (5)	Si^iii—Ba_a—O3^iii	28.43 (6)
Ca_m2^x—Na_m1—Ca_m2^v	68.69 (3)	Si^iii—Ba_a—O3^v	71.65 (6)
Ca_m2^x—Na_m1—Fe_m2^xiii	111.31 (3)	Si^iii—Ba_a—O3^vi	75.20 (6)
Ca_m2^x—Na_m1—Fe_m2^x	0.0 (5)	Si^iii—Ba_a—O4^iv	102.54 (6)
Ca_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Si^iii—Ba_a—O4^i	101.97 (6)
Ca_m2^x—Na_m1—Fe_m2^v	68.69 (3)	Si^iii—Ba_a—K_a	0
Ca_m2^x—Na_m1—Mg_m3^xv	124.346 (19)	Si^iii—Ba_a—K_a^ii	103.37 (2)
Ca_m2^x—Na_m1—Mg_m3^x	55.654 (19)	Si^iii—Ba_a—K_a^iii	103.02 (2)
Ca_m2^xiv—Na_m1—Ca_m2^v	111.31 (3)	Si^iii—Ba_a—K_a^viii	46.868 (19)
Ca_m2^xiv—Na_m1—Fe_m2^xiii	68.69 (3)	Si^iii—Ba_a—K_a^ix	46.881 (18)
Ca_m2^xiv—Na_m1—Fe_m2^x	180.0 (5)	Si^iii—Ba_a—Na_a	0
Ca_m2^xiv—Na_m1—Fe_m2^xiv	0.0 (5)	Si^iii—Ba_a—Ba_a^ii	103.37 (2)
Ca_m2^xiv—Na_m1—Fe_m2^v	111.31 (3)	Si^iii—Ba_a—Ba_a^iii	103.02 (2)
Ca_m2^xiv—Na_m1—Mg_m3^xv	55.654 (19)	Si^iii—Ba_a—Ba_a^viii	46.868 (19)
Ca_m2^xiv—Na_m1—Mg_m3^x	124.346 (19)	Si^iii—Ba_a—Ba_a^ix	46.881 (18)
Ca_m2^v—Na_m1—Fe_m2^xiii	180.0 (5)	Si^v—Ba_a—Si^vi	127.00 (3)
Ca_m2^v—Na_m1—Fe_m2^x	68.69 (3)	Si^v—Ba_a—Si^vii	126.29 (3)
Ca_m2^v—Na_m1—Fe_m2^xiv	111.31 (3)	Si^v—Ba_a—O1^i	75.26 (6)
Ca_m2^v—Na_m1—Fe_m2^v	0.0 (5)	Si^v—Ba_a—O1^iii	71.71 (6)
Ca_m2^v—Na_m1—Mg_m3^xv	55.654 (19)	Si^v—Ba_a—O1^v	28.52 (5)
Ca_m2^v—Na_m1—Mg_m3^x	124.346 (19)	Si^v—Ba_a—O1^vii	135.76 (7)
Fe_m2^xiii—Na_m1—Fe_m2^x	111.31 (3)	Si^v—Ba_a—O3^iv	75.20 (6)
Fe_m2^xiii—Na_m1—Fe_m2^xiv	68.69 (3)	Si^v—Ba_a—O3^iii	71.65 (6)
Fe_m2^xiii—Na_m1—Fe_m2^v	180.0 (5)	Si^v—Ba_a—O3^v	28.43 (6)
Fe_m2^xiii—Na_m1—Mg_m3^xv	124.346 (19)	Si^v—Ba_a—O3^vi	136.14 (6)
Fe_m2^xiii—Na_m1—Mg_m3^x	55.654 (19)	Si^v—Ba_a—O4^iv	102.54 (6)
Fe_m2^x—Na_m1—Fe_m2^xiv	180.0 (5)	Si^v—Ba_a—O4^i	101.97 (6)
Fe_m2^x—Na_m1—Fe_m2^v	68.69 (3)	Si^v—Ba_a—K_a	0
Fe_m2^x—Na_m1—Mg_m3^xv	124.346 (19)	Si^v—Ba_a—K_a^ii	46.868 (19)
Fe_m2^x—Na_m1—Mg_m3^x	55.654 (19)	Si^v—Ba_a—K_a^iii	46.881 (18)
Fe_m2^xiv—Na_m1—Fe_m2^v	111.31 (3)	Si^v—Ba_a—K_a^viii	103.37 (2)
Fe_m2^xiv—Na_m1—Mg_m3^xv	55.654 (19)	Si^v—Ba_a—K_a^ix	103.02 (2)
Fe_m2^xiv—Na_m1—Mg_m3^x	124.346 (19)	Si^v—Ba_a—Na_a	0
Fe_m2^v—Na_m1—Mg_m3^xv	55.654 (19)	Si^v—Ba_a—Ba_a^ii	46.868 (19)
Fe_m2^v—Na_m1—Mg_m3^x	124.346 (19)	Si^v—Ba_a—Ba_a^iii	46.881 (18)
Mg_m3^xv—Na_m1—Mg_m3^x	180.0 (5)	Si^v—Ba_a—Ba_a^viii	103.37 (2)
Ti_l^xx—Na_m2—Ti_l^iii	116.65 (4)	Si^v—Ba_a—Ba_a^ix	103.02 (2)
Ti_l^xx—Na_m2—Na_m1^xx	61.31 (2)	Si^vi—Ba_a—Si^vii	105.09 (2)
Ti_l^xx—Na_m2—Na_m1^xxix	83.54 (3)	Si^vi—Ba_a—O1^i	130.40 (7)
Ti_l^xx—Na_m2—Na_m2^xvii	58.32 (2)	Si^vi—Ba_a—O1^iii	117.91 (5)
Ti_l^xx—Na_m2—Na_m2^xviii	121.68 (2)	Si^vi—Ba_a—O1^v	153.53 (6)
Ti_l^xx—Na_m2—Ti_m3	95.292 (12)	Si^vi—Ba_a—O1^vii	85.07 (6)
Ti_l^xx—Na_m2—Ti_m3^xix	117.948 (14)	Si^vi—Ba_a—O3^iv	81.70 (6)
Ti_l^xx—Na_m2—O2^xx	24.25 (9)	Si^vi—Ba_a—O3^iii	73.87 (6)
Ti_l^xx—Na_m2—O2^iii	94.59 (9)	Si^vi—Ba_a—O3^v	98.56 (6)
Ti_l^xx—Na_m2—O5^xx	80.10 (7)	Si^vi—Ba_a—O3^vi	28.04 (6)
Ti_l^xx—Na_m2—O5^iii	106.98 (7)	Si^vi—Ba_a—O4^iv	29.20 (3)
Ti_l^xx—Na_m2—O_x	83.35 (8)	Si^vi—Ba_a—O4^i	131.03 (6)
Ti_l^xx—Na_m2—O_x^xxi	152.82 (11)	Si^vi—Ba_a—K_a	0
Ti_l^xx—Na_m2—Mn_m2	0	Si^vi—Ba_a—K_a^ii	90.34 (2)
Ti_l^xx—Na_m2—Mn_m2^xviii	121.68 (2)	Si^vi—Ba_a—K_a^iii	157.29 (2)
Ti_l^xx—Na_m2—Ca_m2	0	Si^vi—Ba_a—K_a^viii	46.701 (18)
Ti_l^xx—Na_m2—Ca_m2^xvii	58.32 (2)	Si^vi—Ba_a—K_a^ix	103.615 (16)
Ti_l^xx—Na_m2—Ca_m2^xviii	121.68 (2)	Si^vi—Ba_a—Na_a	0
Ti_l^xx—Na_m2—Fe_m2	0	Si^vi—Ba_a—Ba_a^ii	90.34 (2)
Ti_l^xx—Na_m2—Mg_m3	95.292 (12)	Si^vi—Ba_a—Ba_a^iii	157.29 (2)
Ti_l^xx—Na_m2—Mg_m3^xix	117.948 (14)	Si^vi—Ba_a—Ba_a^viii	46.701 (18)
Ti_l^xx—Na_m2—Fe_m3	95.292 (12)	Si^vi—Ba_a—Ba_a^ix	103.615 (16)
Ti_l^xx—Na_m2—Fe_m3^xix	117.948 (14)	Si^vii—Ba_a—O1^i	81.05 (6)
Ti_l^iii—Na_m2—Na_m1^xx	83.54 (3)	Si^vii—Ba_a—O1^iii	73.20 (5)
Ti_l^iii—Na_m2—Na_m1^xxix	61.31 (2)	Si^vii—Ba_a—O1^v	97.77 (6)
Ti_l^iii—Na_m2—Na_m2^xvii	58.32 (2)	Si^vii—Ba_a—O1^vii	27.78 (6)
Ti_l^iii—Na_m2—Na_m2^xviii	121.68 (2)	Si^vii—Ba_a—O3^iv	130.26 (6)
Ti_l^iii—Na_m2—Ti_m3	117.948 (14)	Si^vii—Ba_a—O3^iii	117.68 (5)
Ti_l^iii—Na_m2—Ti_m3^xix	95.292 (12)	Si^vii—Ba_a—O3^v	152.70 (6)
Ti_l^iii—Na_m2—O2^xx	94.59 (9)	Si^vii—Ba_a—O3^vi	85.00 (6)
Ti_l^iii—Na_m2—O2^iii	24.25 (9)	Si^vii—Ba_a—O4^iv	131.16 (6)
Ti_l^iii—Na_m2—O5^xx	106.98 (7)	Si^vii—Ba_a—O4^i	29.01 (3)
Ti_l^iii—Na_m2—O5^iii	80.10 (7)	Si^vii—Ba_a—K_a	0
Ti_l^iii—Na_m2—O_x	152.82 (11)	Si^vii—Ba_a—K_a^ii	156.672 (18)
Ti_l^iii—Na_m2—O_x^xxi	83.35 (8)	Si^vii—Ba_a—K_a^iii	89.54 (2)
Ti_l^iii—Na_m2—Mn_m2	0	Si^vii—Ba_a—K_a^viii	103.361 (16)
Ti_l^iii—Na_m2—Mn_m2^xviii	121.68 (2)	Si^vii—Ba_a—K_a^ix	46.322 (18)
Ti_l^iii—Na_m2—Ca_m2	0	Si^vii—Ba_a—Na_a	0
Ti_l^iii—Na_m2—Ca_m2^xvii	58.32 (2)	Si^vii—Ba_a—Ba_a^ii	156.672 (18)
Ti_l^iii—Na_m2—Ca_m2^xviii	121.68 (2)	Si^vii—Ba_a—Ba_a^iii	89.54 (2)
Ti_l^iii—Na_m2—Fe_m2	0	Si^vii—Ba_a—Ba_a^viii	103.361 (16)
Ti_l^iii—Na_m2—Mg_m3	117.948 (14)	Si^vii—Ba_a—Ba_a^ix	46.322 (18)
Ti_l^iii—Na_m2—Mg_m3^xix	95.292 (12)	O1^i—Ba_a—O1^iii	111.02 (8)
Ti_l^iii—Na_m2—Fe_m3	117.948 (14)	O1^i—Ba_a—O1^v	65.81 (8)
Ti_l^iii—Na_m2—Fe_m3^xix	95.292 (12)	O1^i—Ba_a—O1^vii	108.72 (8)
Na_m1^xx—Na_m2—Na_m1^xxix	111.31 (4)	O1^i—Ba_a—O3^iv	60.28 (8)
Na_m1^xx—Na_m2—Na_m2^xvii	55.654 (19)	O1^i—Ba_a—O3^iii	146.86 (8)
Na_m1^xx—Na_m2—Na_m2^xviii	124.346 (19)	O1^i—Ba_a—O3^v	93.97 (7)
Na_m1^xx—Na_m2—Ti_m3	66.626 (3)	O1^i—Ba_a—O3^vi	146.38 (8)
Na_m1^xx—Na_m2—Ti_m3^xix	177.94 (4)	O1^i—Ba_a—O4^iv	114.18 (7)
Na_m1^xx—Na_m2—O2^xx	44.10 (11)	O1^i—Ba_a—O4^i	55.68 (6)
Na_m1^xx—Na_m2—O2^iii	79.90 (10)	O1^i—Ba_a—K_a	0
Na_m1^xx—Na_m2—O5^xx	140.08 (7)	O1^i—Ba_a—K_a^ii	75.62 (5)
Na_m1^xx—Na_m2—O5^iii	50.36 (6)	O1^i—Ba_a—K_a^iii	33.78 (6)
Na_m1^xx—Na_m2—O_x	91.49 (9)	O1^i—Ba_a—K_a^viii	175.09 (6)
Na_m1^xx—Na_m2—O_x^xxi	143.65 (11)	O1^i—Ba_a—K_a^ix	113.91 (6)
Na_m1^xx—Na_m2—Mn_m2	0	O1^i—Ba_a—Na_a	0
Na_m1^xx—Na_m2—Mn_m2^xviii	124.346 (19)	O1^i—Ba_a—Ba_a^ii	75.62 (5)
Na_m1^xx—Na_m2—Ca_m2	0	O1^i—Ba_a—Ba_a^iii	33.78 (6)
Na_m1^xx—Na_m2—Ca_m2^xvii	55.654 (19)	O1^i—Ba_a—Ba_a^viii	175.09 (6)
Na_m1^xx—Na_m2—Ca_m2^xviii	124.346 (19)	O1^i—Ba_a—Ba_a^ix	113.91 (6)
Na_m1^xx—Na_m2—Fe_m2	0	O1^iii—Ba_a—O1^v	56.42 (7)
Na_m1^xx—Na_m2—Mg_m3	66.626 (3)	O1^iii—Ba_a—O1^vii	65.81 (8)
Na_m1^xx—Na_m2—Mg_m3^xix	177.94 (4)	O1^iii—Ba_a—O3^iv	146.89 (8)
Na_m1^xx—Na_m2—Fe_m3	66.626 (3)	O1^iii—Ba_a—O3^iii	56.37 (8)
Na_m1^xx—Na_m2—Fe_m3^xix	177.94 (4)	O1^iii—Ba_a—O3^v	83.85 (8)
Na_m1^xxix—Na_m2—Na_m2^xvii	55.654 (19)	O1^iii—Ba_a—O3^vi	93.72 (8)
Na_m1^xxix—Na_m2—Na_m2^xviii	124.346 (19)	O1^iii—Ba_a—O4^iv	131.05 (8)
Na_m1^xxix—Na_m2—Ti_m3	177.94 (4)	O1^iii—Ba_a—O4^i	74.65 (8)
Na_m1^xxix—Na_m2—Ti_m3^xix	66.626 (3)	O1^iii—Ba_a—K_a	0
Na_m1^xxix—Na_m2—O2^xx	79.90 (10)	O1^iii—Ba_a—K_a^ii	115.19 (5)
Na_m1^xxix—Na_m2—O2^iii	44.10 (11)	O1^iii—Ba_a—K_a^iii	82.62 (5)
Na_m1^xxix—Na_m2—O5^xx	50.36 (6)	O1^iii—Ba_a—K_a^viii	72.64 (5)
Na_m1^xxix—Na_m2—O5^iii	140.08 (7)	O1^iii—Ba_a—K_a^ix	32.04 (5)
Na_m1^xxix—Na_m2—O_x	143.65 (11)	O1^iii—Ba_a—Na_a	0
Na_m1^xxix—Na_m2—O_x^xxi	91.49 (9)	O1^iii—Ba_a—Ba_a^ii	115.19 (5)
Na_m1^xxix—Na_m2—Mn_m2	0	O1^iii—Ba_a—Ba_a^iii	82.62 (5)
Na_m1^xxix—Na_m2—Mn_m2^xviii	124.346 (19)	O1^iii—Ba_a—Ba_a^viii	72.64 (5)
Na_m1^xxix—Na_m2—Ca_m2	0	O1^iii—Ba_a—Ba_a^ix	32.04 (5)
Na_m1^xxix—Na_m2—Ca_m2^xvii	55.654 (19)	O1^v—Ba_a—O1^vii	111.02 (8)
Na_m1^xxix—Na_m2—Ca_m2^xviii	124.346 (19)	O1^v—Ba_a—O3^iv	93.72 (8)
Na_m1^xxix—Na_m2—Fe_m2	0	O1^v—Ba_a—O3^iii	83.85 (8)
Na_m1^xxix—Na_m2—Mg_m3	177.94 (4)	O1^v—Ba_a—O3^v	56.37 (8)
Na_m1^xxix—Na_m2—Mg_m3^xix	66.626 (3)	O1^v—Ba_a—O3^vi	146.89 (8)
Na_m1^xxix—Na_m2—Fe_m3	177.94 (4)	O1^v—Ba_a—O4^iv	131.05 (8)
Na_m1^xxix—Na_m2—Fe_m3^xix	66.626 (3)	O1^v—Ba_a—O4^i	74.65 (8)
Na_m2^xvii—Na_m2—Na_m2^xviii	180.0 (5)	O1^v—Ba_a—K_a	0
Na_m2^xvii—Na_m2—Ti_m3	122.28 (2)	O1^v—Ba_a—K_a^ii	72.64 (5)
Na_m2^xvii—Na_m2—Ti_m3^xix	122.28 (2)	O1^v—Ba_a—K_a^iii	32.04 (5)
Na_m2^xvii—Na_m2—O2^xx	37.64 (8)	O1^v—Ba_a—K_a^viii	115.19 (5)
Na_m2^xvii—Na_m2—O2^iii	37.64 (8)	O1^v—Ba_a—K_a^ix	82.62 (5)
Na_m2^xvii—Na_m2—O5^xx	96.57 (7)	O1^v—Ba_a—Na_a	0
Na_m2^xvii—Na_m2—O5^iii	96.57 (7)	O1^v—Ba_a—Ba_a^ii	72.64 (5)
Na_m2^xvii—Na_m2—O_x	137.46 (8)	O1^v—Ba_a—Ba_a^iii	32.04 (5)
Na_m2^xvii—Na_m2—O_x^xxi	137.46 (8)	O1^v—Ba_a—Ba_a^viii	115.19 (5)
Na_m2^xvii—Na_m2—Mn_m2	0	O1^v—Ba_a—Ba_a^ix	82.62 (5)
Na_m2^xvii—Na_m2—Mn_m2^xviii	180.0 (5)	O1^vii—Ba_a—O3^iv	146.38 (8)
Na_m2^xvii—Na_m2—Ca_m2	0	O1^vii—Ba_a—O3^iii	93.97 (7)
Na_m2^xvii—Na_m2—Ca_m2^xvii	0.0 (5)	O1^vii—Ba_a—O3^v	146.86 (8)
Na_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	O1^vii—Ba_a—O3^vi	60.28 (8)
Na_m2^xvii—Na_m2—Fe_m2	0	O1^vii—Ba_a—O4^iv	114.18 (7)
Na_m2^xvii—Na_m2—Mg_m3	122.28 (2)	O1^vii—Ba_a—O4^i	55.68 (6)
Na_m2^xvii—Na_m2—Mg_m3^xix	122.28 (2)	O1^vii—Ba_a—K_a	0
Na_m2^xvii—Na_m2—Fe_m3	122.28 (2)	O1^vii—Ba_a—K_a^ii	175.09 (6)
Na_m2^xvii—Na_m2—Fe_m3^xix	122.28 (2)	O1^vii—Ba_a—K_a^iii	113.91 (6)
Na_m2^xviii—Na_m2—Ti_m3	57.72 (2)	O1^vii—Ba_a—K_a^viii	75.62 (5)
Na_m2^xviii—Na_m2—Ti_m3^xix	57.72 (2)	O1^vii—Ba_a—K_a^ix	33.78 (6)
Na_m2^xviii—Na_m2—O2^xx	142.36 (8)	O1^vii—Ba_a—Na_a	0
Na_m2^xviii—Na_m2—O2^iii	142.36 (8)	O1^vii—Ba_a—Ba_a^ii	175.09 (6)
Na_m2^xviii—Na_m2—O5^xx	83.43 (7)	O1^vii—Ba_a—Ba_a^iii	113.91 (6)
Na_m2^xviii—Na_m2—O5^iii	83.43 (7)	O1^vii—Ba_a—Ba_a^viii	75.62 (5)
Na_m2^xviii—Na_m2—O_x	42.54 (8)	O1^vii—Ba_a—Ba_a^ix	33.78 (6)
Na_m2^xviii—Na_m2—O_x^xxi	42.54 (8)	O3^iv—Ba_a—O3^iii	111.57 (8)
Na_m2^xviii—Na_m2—Mn_m2	0	O3^iv—Ba_a—O3^v	66.12 (8)
Na_m2^xviii—Na_m2—Mn_m2^xviii	0.0 (5)	O3^iv—Ba_a—O3^vi	109.64 (8)
Na_m2^xviii—Na_m2—Ca_m2	0	O3^iv—Ba_a—O4^iv	56.10 (6)
Na_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	O3^iv—Ba_a—O4^i	113.94 (6)
Na_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	O3^iv—Ba_a—K_a	0
Na_m2^xviii—Na_m2—Fe_m2	0	O3^iv—Ba_a—K_a^ii	33.73 (5)
Na_m2^xviii—Na_m2—Mg_m3	57.72 (2)	O3^iv—Ba_a—K_a^iii	75.60 (6)
Na_m2^xviii—Na_m2—Mg_m3^xix	57.72 (2)	O3^iv—Ba_a—K_a^viii	114.85 (6)
Na_m2^xviii—Na_m2—Fe_m3	57.72 (2)	O3^iv—Ba_a—K_a^ix	174.13 (6)
Na_m2^xviii—Na_m2—Fe_m3^xix	57.72 (2)	O3^iv—Ba_a—Na_a	0
Ti_m3—Na_m2—Ti_m3^xix	115.44 (4)	O3^iv—Ba_a—Ba_a^ii	33.73 (5)
Ti_m3—Na_m2—O2^xx	98.34 (9)	O3^iv—Ba_a—Ba_a^iii	75.60 (6)
Ti_m3—Na_m2—O2^iii	134.49 (11)	O3^iv—Ba_a—Ba_a^viii	114.85 (6)
Ti_m3—Na_m2—O5^xx	131.16 (7)	O3^iv—Ba_a—Ba_a^ix	174.13 (6)
Ti_m3—Na_m2—O5^iii	38.71 (6)	O3^iii—Ba_a—O3^v	56.40 (7)
Ti_m3—Na_m2—O_x	37.58 (11)	O3^iii—Ba_a—O3^vi	66.12 (8)
Ti_m3—Na_m2—O_x^xxi	90.31 (10)	O3^iii—Ba_a—O4^iv	75.38 (8)
Ti_m3—Na_m2—Mn_m2	0	O3^iii—Ba_a—O4^i	130.39 (8)
Ti_m3—Na_m2—Mn_m2^xviii	57.72 (2)	O3^iii—Ba_a—K_a	0
Ti_m3—Na_m2—Ca_m2	0	O3^iii—Ba_a—K_a^ii	83.07 (5)
Ti_m3—Na_m2—Ca_m2^xvii	122.28 (2)	O3^iii—Ba_a—K_a^iii	114.94 (6)
Ti_m3—Na_m2—Ca_m2^xviii	57.72 (2)	O3^iii—Ba_a—K_a^viii	32.39 (5)
Ti_m3—Na_m2—Fe_m2	0	O3^iii—Ba_a—K_a^ix	72.70 (5)
Ti_m3—Na_m2—Mg_m3	0.0 (5)	O3^iii—Ba_a—Na_a	0
Ti_m3—Na_m2—Mg_m3^xix	115.44 (4)	O3^iii—Ba_a—Ba_a^ii	83.07 (5)
Ti_m3—Na_m2—Fe_m3	0.0 (5)	O3^iii—Ba_a—Ba_a^iii	114.94 (6)
Ti_m3—Na_m2—Fe_m3^xix	115.44 (4)	O3^iii—Ba_a—Ba_a^viii	32.39 (5)
Ti_m3^xix—Na_m2—O2^xx	134.49 (11)	O3^iii—Ba_a—Ba_a^ix	72.70 (5)
Ti_m3^xix—Na_m2—O2^iii	98.34 (9)	O3^v—Ba_a—O3^vi	111.57 (8)
Ti_m3^xix—Na_m2—O5^xx	38.71 (6)	O3^v—Ba_a—O4^iv	75.38 (8)
Ti_m3^xix—Na_m2—O5^iii	131.16 (7)	O3^v—Ba_a—O4^i	130.39 (8)
Ti_m3^xix—Na_m2—O_x	90.31 (10)	O3^v—Ba_a—K_a	0
Ti_m3^xix—Na_m2—O_x^xxi	37.58 (11)	O3^v—Ba_a—K_a^ii	32.39 (5)
Ti_m3^xix—Na_m2—Mn_m2	0	O3^v—Ba_a—K_a^iii	72.70 (5)
Ti_m3^xix—Na_m2—Mn_m2^xviii	57.72 (2)	O3^v—Ba_a—K_a^viii	83.07 (5)
Ti_m3^xix—Na_m2—Ca_m2	0	O3^v—Ba_a—K_a^ix	114.94 (6)
Ti_m3^xix—Na_m2—Ca_m2^xvii	122.28 (2)	O3^v—Ba_a—Na_a	0
Ti_m3^xix—Na_m2—Ca_m2^xviii	57.72 (2)	O3^v—Ba_a—Ba_a^ii	32.39 (5)
Ti_m3^xix—Na_m2—Fe_m2	0	O3^v—Ba_a—Ba_a^iii	72.70 (5)
Ti_m3^xix—Na_m2—Mg_m3	115.44 (4)	O3^v—Ba_a—Ba_a^viii	83.07 (5)
Ti_m3^xix—Na_m2—Mg_m3^xix	0.0 (5)	O3^v—Ba_a—Ba_a^ix	114.94 (6)
Ti_m3^xix—Na_m2—Fe_m3	115.44 (4)	O3^vi—Ba_a—O4^iv	56.10 (6)
Ti_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	O3^vi—Ba_a—O4^i	113.94 (6)
O2^xx—Na_m2—O2^iii	75.27 (11)	O3^vi—Ba_a—K_a	0
O2^xx—Na_m2—O5^xx	96.10 (13)	O3^vi—Ba_a—K_a^ii	114.85 (6)
O2^xx—Na_m2—O5^iii	94.30 (13)	O3^vi—Ba_a—K_a^iii	174.13 (6)
O2^xx—Na_m2—O_x	100.33 (11)	O3^vi—Ba_a—K_a^viii	33.73 (5)
O2^xx—Na_m2—O_x^xxi	171.02 (14)	O3^vi—Ba_a—K_a^ix	75.60 (6)
O2^xx—Na_m2—Mn_m2	0	O3^vi—Ba_a—Na_a	0
O2^xx—Na_m2—Mn_m2^xviii	142.36 (8)	O3^vi—Ba_a—Ba_a^ii	114.85 (6)
O2^xx—Na_m2—Ca_m2	0	O3^vi—Ba_a—Ba_a^iii	174.13 (6)
O2^xx—Na_m2—Ca_m2^xvii	37.64 (8)	O3^vi—Ba_a—Ba_a^viii	33.73 (5)
O2^xx—Na_m2—Ca_m2^xviii	142.36 (8)	O3^vi—Ba_a—Ba_a^ix	75.60 (6)
O2^xx—Na_m2—Fe_m2	0	O4^iv—Ba_a—O4^i	149.31 (11)
O2^xx—Na_m2—Mg_m3	98.34 (9)	O4^iv—Ba_a—K_a	0
O2^xx—Na_m2—Mg_m3^xix	134.49 (11)	O4^iv—Ba_a—K_a^ii	61.32 (4)
O2^xx—Na_m2—Fe_m3	98.34 (9)	O4^iv—Ba_a—K_a^iii	129.675 (14)
O2^xx—Na_m2—Fe_m3^xix	134.49 (11)	O4^iv—Ba_a—K_a^viii	61.32 (4)
O2^iii—Na_m2—O5^xx	94.30 (13)	O4^iv—Ba_a—K_a^ix	129.675 (14)
O2^iii—Na_m2—O5^iii	96.10 (13)	O4^iv—Ba_a—Na_a	0
O2^iii—Na_m2—O_x	171.02 (14)	O4^iv—Ba_a—Ba_a^ii	61.32 (4)
O2^iii—Na_m2—O_x^xxi	100.33 (11)	O4^iv—Ba_a—Ba_a^iii	129.675 (14)
O2^iii—Na_m2—Mn_m2	0	O4^iv—Ba_a—Ba_a^viii	61.32 (4)
O2^iii—Na_m2—Mn_m2^xviii	142.36 (8)	O4^iv—Ba_a—Ba_a^ix	129.675 (14)
O2^iii—Na_m2—Ca_m2	0	O4^i—Ba_a—K_a	0
O2^iii—Na_m2—Ca_m2^xvii	37.64 (8)	O4^i—Ba_a—K_a^ii	129.139 (15)
O2^iii—Na_m2—Ca_m2^xviii	142.36 (8)	O4^i—Ba_a—K_a^iii	60.71 (4)
O2^iii—Na_m2—Fe_m2	0	O4^i—Ba_a—K_a^viii	129.139 (15)
O2^iii—Na_m2—Mg_m3	134.49 (11)	O4^i—Ba_a—K_a^ix	60.71 (4)
O2^iii—Na_m2—Mg_m3^xix	98.34 (9)	O4^i—Ba_a—Na_a	0
O2^iii—Na_m2—Fe_m3	134.49 (11)	O4^i—Ba_a—Ba_a^ii	129.139 (15)
O2^iii—Na_m2—Fe_m3^xix	98.34 (9)	O4^i—Ba_a—Ba_a^iii	60.71 (4)
O5^xx—Na_m2—O5^iii	166.86 (11)	O4^i—Ba_a—Ba_a^viii	129.139 (15)
O5^xx—Na_m2—O_x	93.95 (13)	O4^i—Ba_a—Ba_a^ix	60.71 (4)
O5^xx—Na_m2—O_x^xxi	76.26 (13)	K_a—Ba_a—K_a^ii	0
O5^xx—Na_m2—Mn_m2	0	K_a—Ba_a—K_a^iii	0
O5^xx—Na_m2—Mn_m2^xviii	83.43 (7)	K_a—Ba_a—K_a^viii	0
O5^xx—Na_m2—Ca_m2	0	K_a—Ba_a—K_a^ix	0
O5^xx—Na_m2—Ca_m2^xvii	96.57 (7)	K_a—Ba_a—Na_a	0
O5^xx—Na_m2—Ca_m2^xviii	83.43 (7)	K_a—Ba_a—Ba_a^ii	0
O5^xx—Na_m2—Fe_m2	0	K_a—Ba_a—Ba_a^iii	0
O5^xx—Na_m2—Mg_m3	131.16 (7)	K_a—Ba_a—Ba_a^viii	0
O5^xx—Na_m2—Mg_m3^xix	38.71 (6)	K_a—Ba_a—Ba_a^ix	0
O5^xx—Na_m2—Fe_m3	131.16 (7)	K_a^ii—Ba_a—K_a^iii	70.956 (10)
O5^xx—Na_m2—Fe_m3^xix	38.71 (6)	K_a^ii—Ba_a—K_a^viii	99.954 (14)
O5^iii—Na_m2—O_x	76.26 (13)	K_a^ii—Ba_a—K_a^ix	147.012 (19)
O5^iii—Na_m2—O_x^xxi	93.95 (13)	K_a^ii—Ba_a—Na_a	0
O5^iii—Na_m2—Mn_m2	0	K_a^ii—Ba_a—Ba_a^ii	0.0 (5)
O5^iii—Na_m2—Mn_m2^xviii	83.43 (7)	K_a^ii—Ba_a—Ba_a^iii	70.956 (10)
O5^iii—Na_m2—Ca_m2	0	K_a^ii—Ba_a—Ba_a^viii	99.954 (14)
O5^iii—Na_m2—Ca_m2^xvii	96.57 (7)	K_a^ii—Ba_a—Ba_a^ix	147.012 (19)
O5^iii—Na_m2—Ca_m2^xviii	83.43 (7)	K_a^iii—Ba_a—K_a^viii	147.012 (19)
O5^iii—Na_m2—Fe_m2	0	K_a^iii—Ba_a—K_a^ix	99.053 (15)
O5^iii—Na_m2—Mg_m3	38.71 (6)	K_a^iii—Ba_a—Na_a	0
O5^iii—Na_m2—Mg_m3^xix	131.16 (7)	K_a^iii—Ba_a—Ba_a^ii	70.956 (10)
O5^iii—Na_m2—Fe_m3	38.71 (6)	K_a^iii—Ba_a—Ba_a^iii	0.0 (5)
O5^iii—Na_m2—Fe_m3^xix	131.16 (7)	K_a^iii—Ba_a—Ba_a^viii	147.012 (19)
O_x—Na_m2—O_x^xxi	85.07 (11)	K_a^iii—Ba_a—Ba_a^ix	99.053 (15)
O_x—Na_m2—Mn_m2	0	K_a^viii—Ba_a—K_a^ix	70.956 (10)
O_x—Na_m2—Mn_m2^xviii	42.54 (8)	K_a^viii—Ba_a—Na_a	0
O_x—Na_m2—Ca_m2	0	K_a^viii—Ba_a—Ba_a^ii	99.954 (14)
O_x—Na_m2—Ca_m2^xvii	137.46 (8)	K_a^viii—Ba_a—Ba_a^iii	147.012 (19)
O_x—Na_m2—Ca_m2^xviii	42.54 (8)	K_a^viii—Ba_a—Ba_a^viii	0.0 (5)
O_x—Na_m2—Fe_m2	0	K_a^viii—Ba_a—Ba_a^ix	70.956 (10)
O_x—Na_m2—Mg_m3	37.58 (11)	K_a^ix—Ba_a—Na_a	0
O_x—Na_m2—Mg_m3^xix	90.31 (10)	K_a^ix—Ba_a—Ba_a^ii	147.012 (19)
O_x—Na_m2—Fe_m3	37.58 (11)	K_a^ix—Ba_a—Ba_a^iii	99.053 (15)
O_x—Na_m2—Fe_m3^xix	90.31 (10)	K_a^ix—Ba_a—Ba_a^viii	70.956 (10)
O_x^xxi—Na_m2—Mn_m2	0	K_a^ix—Ba_a—Ba_a^ix	0.0 (5)
O_x^xxi—Na_m2—Mn_m2^xviii	42.54 (8)	Na_a—Ba_a—Ba_a^ii	0
O_x^xxi—Na_m2—Ca_m2	0	Na_a—Ba_a—Ba_a^iii	0
O_x^xxi—Na_m2—Ca_m2^xvii	137.46 (8)	Na_a—Ba_a—Ba_a^viii	0
O_x^xxi—Na_m2—Ca_m2^xviii	42.54 (8)	Na_a—Ba_a—Ba_a^ix	0
O_x^xxi—Na_m2—Fe_m2	0	Ba_a^ii—Ba_a—Ba_a^iii	70.956 (10)
O_x^xxi—Na_m2—Mg_m3	90.31 (10)	Ba_a^ii—Ba_a—Ba_a^viii	99.954 (14)
O_x^xxi—Na_m2—Mg_m3^xix	37.58 (11)	Ba_a^ii—Ba_a—Ba_a^ix	147.012 (19)
O_x^xxi—Na_m2—Fe_m3	90.31 (10)	Ba_a^iii—Ba_a—Ba_a^viii	147.012 (19)
O_x^xxi—Na_m2—Fe_m3^xix	37.58 (11)	Ba_a^iii—Ba_a—Ba_a^ix	99.053 (15)
Mn_m2—Na_m2—Mn_m2^xviii	0	Ba_a^viii—Ba_a—Ba_a^ix	70.956 (10)
Mn_m2—Na_m2—Ca_m2	0	Na_m1^xx—Mn_m2—Na_m1^xxix	111.31 (4)
Mn_m2—Na_m2—Ca_m2^xvii	0	Na_m1^xx—Mn_m2—Na_m2	0
Mn_m2—Na_m2—Ca_m2^xviii	0	Na_m1^xx—Mn_m2—Na_m2^xviii	124.346 (19)
Mn_m2—Na_m2—Fe_m2	0	Na_m1^xx—Mn_m2—Ca_m2	0
Mn_m2—Na_m2—Mg_m3	0	Na_m1^xx—Mn_m2—Ca_m2^xviii	124.346 (19)
Mn_m2—Na_m2—Mg_m3^xix	0	Na_m1^xx—Mn_m2—Fe_m2	0
Mn_m2—Na_m2—Fe_m3	0	Na_m1^xxix—Mn_m2—Na_m2	0
Mn_m2—Na_m2—Fe_m3^xix	0	Na_m1^xxix—Mn_m2—Na_m2^xviii	124.346 (19)
Mn_m2^xviii—Na_m2—Ca_m2	0	Na_m1^xxix—Mn_m2—Ca_m2	0
Mn_m2^xviii—Na_m2—Ca_m2^xvii	180.0 (5)	Na_m1^xxix—Mn_m2—Ca_m2^xviii	124.346 (19)
Mn_m2^xviii—Na_m2—Ca_m2^xviii	0.0 (5)	Na_m1^xxix—Mn_m2—Fe_m2	0
Mn_m2^xviii—Na_m2—Fe_m2	0	Na_m2—Mn_m2—Na_m2^xviii	0
Mn_m2^xviii—Na_m2—Mg_m3	57.72 (2)	Na_m2—Mn_m2—Ca_m2	0
Mn_m2^xviii—Na_m2—Mg_m3^xix	57.72 (2)	Na_m2—Mn_m2—Ca_m2^xviii	0
Mn_m2^xviii—Na_m2—Fe_m3	57.72 (2)	Na_m2—Mn_m2—Fe_m2	0
Mn_m2^xviii—Na_m2—Fe_m3^xix	57.72 (2)	Na_m2^xviii—Mn_m2—Ca_m2	0
Ca_m2—Na_m2—Ca_m2^xvii	0	Na_m2^xviii—Mn_m2—Ca_m2^xviii	0.0 (5)
Ca_m2—Na_m2—Ca_m2^xviii	0	Na_m2^xviii—Mn_m2—Fe_m2	0
Ca_m2—Na_m2—Fe_m2	0	Ca_m2—Mn_m2—Ca_m2^xviii	0
Ca_m2—Na_m2—Mg_m3	0	Ca_m2—Mn_m2—Fe_m2	0
Ca_m2—Na_m2—Mg_m3^xix	0	Ca_m2^xviii—Mn_m2—Fe_m2	0
Ca_m2—Na_m2—Fe_m3	0	Ti_l^xx—Ca_m2—Ti_l^iii	116.65 (4)
Ca_m2—Na_m2—Fe_m3^xix	0	Ti_l^xx—Ca_m2—Na_m1^xx	61.31 (2)
Ca_m2^xvii—Na_m2—Ca_m2^xviii	180.0 (5)	Ti_l^xx—Ca_m2—Na_m1^xxix	83.54 (3)
Ca_m2^xvii—Na_m2—Fe_m2	0	Ti_l^xx—Ca_m2—Na_m2	0
Ca_m2^xvii—Na_m2—Mg_m3	122.28 (2)	Ti_l^xx—Ca_m2—Na_m2^xvii	58.32 (2)
Ca_m2^xvii—Na_m2—Mg_m3^xix	122.28 (2)	Ti_l^xx—Ca_m2—Na_m2^xviii	121.68 (2)
Ca_m2^xvii—Na_m2—Fe_m3	122.28 (2)	Ti_l^xx—Ca_m2—Ti_m3	95.292 (12)
Ca_m2^xvii—Na_m2—Fe_m3^xix	122.28 (2)	Ti_l^xx—Ca_m2—Ti_m3^xix	117.948 (14)
Ca_m2^xviii—Na_m2—Fe_m2	0	Ti_l^xx—Ca_m2—O2^xx	24.25 (9)
Ca_m2^xviii—Na_m2—Mg_m3	57.72 (2)	Ti_l^xx—Ca_m2—O2^iii	94.59 (9)
Ca_m2^xviii—Na_m2—Mg_m3^xix	57.72 (2)	Ti_l^xx—Ca_m2—O5^xx	80.10 (7)
Ca_m2^xviii—Na_m2—Fe_m3	57.72 (2)	Ti_l^xx—Ca_m2—O5^iii	106.98 (7)
Ca_m2^xviii—Na_m2—Fe_m3^xix	57.72 (2)	Ti_l^xx—Ca_m2—O_x	83.35 (8)
Fe_m2—Na_m2—Mg_m3	0	Ti_l^xx—Ca_m2—O_x^xxi	152.82 (11)
Fe_m2—Na_m2—Mg_m3^xix	0	Ti_l^xx—Ca_m2—K_a^xxx	53.828 (8)
Fe_m2—Na_m2—Fe_m3	0	Ti_l^xx—Ca_m2—K_a^ix	169.60 (3)
Fe_m2—Na_m2—Fe_m3^xix	0	Ti_l^xx—Ca_m2—Mn_m2	0
Mg_m3—Na_m2—Mg_m3^xix	115.44 (4)	Ti_l^xx—Ca_m2—Mn_m2^xviii	121.68 (2)
Mg_m3—Na_m2—Fe_m3	0.0 (5)	Ti_l^xx—Ca_m2—Ca_m2^xvii	58.32 (2)
Mg_m3—Na_m2—Fe_m3^xix	115.44 (4)	Ti_l^xx—Ca_m2—Ca_m2^xviii	121.68 (2)
Mg_m3^xix—Na_m2—Fe_m3	115.44 (4)	Ti_l^xx—Ca_m2—Fe_m2	0
Mg_m3^xix—Na_m2—Fe_m3^xix	0.0 (5)	Ti_l^xx—Ca_m2—Mg_m3	95.292 (12)
Fe_m3—Na_m2—Fe_m3^xix	115.44 (4)	Ti_l^xx—Ca_m2—Mg_m3^xix	117.948 (14)
Na_m1^xx—Ti_m3—Na_m1^xxx	180.0 (5)	Ti_l^xx—Ca_m2—Fe_m3	95.292 (12)
Na_m1^xx—Ti_m3—Na_m2^xi	57.72 (2)	Ti_l^xx—Ca_m2—Fe_m3^xix	117.948 (14)
Na_m1^xx—Ti_m3—Na_m2	57.72 (2)	Ti_l^iii—Ca_m2—Na_m1^xx	83.54 (3)
Na_m1^xx—Ti_m3—Na_m2^xxvi	122.28 (2)	Ti_l^iii—Ca_m2—Na_m1^xxix	61.31 (2)
Na_m1^xx—Ti_m3—Na_m2^xviii	122.28 (2)	Ti_l^iii—Ca_m2—Na_m2	0
Na_m1^xx—Ti_m3—O5^xxii	43.93 (7)	Ti_l^iii—Ca_m2—Na_m2^xvii	58.32 (2)
Na_m1^xx—Ti_m3—O5^iii	43.93 (7)	Ti_l^iii—Ca_m2—Na_m2^xviii	121.68 (2)
Na_m1^xx—Ti_m3—O5^xxiii	136.07 (7)	Ti_l^iii—Ca_m2—Ti_m3	117.948 (14)
Na_m1^xx—Ti_m3—O5^xxiv	136.07 (7)	Ti_l^iii—Ca_m2—Ti_m3^xix	95.292 (12)
Na_m1^xx—Ti_m3—O_x	90	Ti_l^iii—Ca_m2—O2^xx	94.59 (9)
Na_m1^xx—Ti_m3—O_x^xxv	90	Ti_l^iii—Ca_m2—O2^iii	24.25 (9)
Na_m1^xx—Ti_m3—Ca_m2^xi	57.72 (2)	Ti_l^iii—Ca_m2—O5^xx	106.98 (7)
Na_m1^xx—Ti_m3—Ca_m2	57.72 (2)	Ti_l^iii—Ca_m2—O5^iii	80.10 (7)
Na_m1^xx—Ti_m3—Ca_m2^xxvi	122.28 (2)	Ti_l^iii—Ca_m2—O_x	152.82 (11)
Na_m1^xx—Ti_m3—Ca_m2^xviii	122.28 (2)	Ti_l^iii—Ca_m2—O_x^xxi	83.35 (8)
Na_m1^xx—Ti_m3—Mg_m3	0	Ti_l^iii—Ca_m2—K_a^xxx	169.60 (3)
Na_m1^xx—Ti_m3—Fe_m3	0	Ti_l^iii—Ca_m2—K_a^ix	53.828 (8)
Na_m1^xxx—Ti_m3—Na_m2^xi	122.28 (2)	Ti_l^iii—Ca_m2—Mn_m2	0
Na_m1^xxx—Ti_m3—Na_m2	122.28 (2)	Ti_l^iii—Ca_m2—Mn_m2^xviii	121.68 (2)
Na_m1^xxx—Ti_m3—Na_m2^xxvi	57.72 (2)	Ti_l^iii—Ca_m2—Ca_m2^xvii	58.32 (2)
Na_m1^xxx—Ti_m3—Na_m2^xviii	57.72 (2)	Ti_l^iii—Ca_m2—Ca_m2^xviii	121.68 (2)
Na_m1^xxx—Ti_m3—O5^xxii	136.07 (7)	Ti_l^iii—Ca_m2—Fe_m2	0
Na_m1^xxx—Ti_m3—O5^iii	136.07 (7)	Ti_l^iii—Ca_m2—Mg_m3	117.948 (14)
Na_m1^xxx—Ti_m3—O5^xxiii	43.93 (7)	Ti_l^iii—Ca_m2—Mg_m3^xix	95.292 (12)
Na_m1^xxx—Ti_m3—O5^xxiv	43.93 (7)	Ti_l^iii—Ca_m2—Fe_m3	117.948 (14)
Na_m1^xxx—Ti_m3—O_x	90	Ti_l^iii—Ca_m2—Fe_m3^xix	95.292 (12)
Na_m1^xxx—Ti_m3—O_x^xxv	90	Na_m1^xx—Ca_m2—Na_m1^xxix	111.31 (4)
Na_m1^xxx—Ti_m3—Ca_m2^xi	122.28 (2)	Na_m1^xx—Ca_m2—Na_m2	0
Na_m1^xxx—Ti_m3—Ca_m2	122.28 (2)	Na_m1^xx—Ca_m2—Na_m2^xvii	55.654 (19)
Na_m1^xxx—Ti_m3—Ca_m2^xxvi	57.72 (2)	Na_m1^xx—Ca_m2—Na_m2^xviii	124.346 (19)
Na_m1^xxx—Ti_m3—Ca_m2^xviii	57.72 (2)	Na_m1^xx—Ca_m2—Ti_m3	66.626 (3)
Na_m1^xxx—Ti_m3—Mg_m3	0	Na_m1^xx—Ca_m2—Ti_m3^xix	177.94 (4)
Na_m1^xxx—Ti_m3—Fe_m3	0	Na_m1^xx—Ca_m2—O2^xx	44.10 (11)
Na_m2^xi—Ti_m3—Na_m2	115.44 (3)	Na_m1^xx—Ca_m2—O2^iii	79.90 (10)
Na_m2^xi—Ti_m3—Na_m2^xxvi	64.56 (3)	Na_m1^xx—Ca_m2—O5^xx	140.08 (7)
Na_m2^xi—Ti_m3—Na_m2^xviii	180.0 (5)	Na_m1^xx—Ca_m2—O5^iii	50.36 (6)
Na_m2^xi—Ti_m3—O5^xxii	43.72 (8)	Na_m1^xx—Ca_m2—O_x	91.49 (9)
Na_m2^xi—Ti_m3—O5^iii	87.33 (8)	Na_m1^xx—Ca_m2—O_x^xxi	143.65 (11)
Na_m2^xi—Ti_m3—O5^xxiii	136.28 (8)	Na_m1^xx—Ca_m2—K_a^xxx	93.811 (7)
Na_m2^xi—Ti_m3—O5^xxiv	92.67 (8)	Na_m1^xx—Ca_m2—K_a^ix	110.866 (9)
Na_m2^xi—Ti_m3—O_x	133.91 (8)	Na_m1^xx—Ca_m2—Mn_m2	0
Na_m2^xi—Ti_m3—O_x^xxv	46.09 (8)	Na_m1^xx—Ca_m2—Mn_m2^xviii	124.346 (19)
Na_m2^xi—Ti_m3—Ca_m2^xi	0.0 (5)	Na_m1^xx—Ca_m2—Ca_m2^xvii	55.654 (19)
Na_m2^xi—Ti_m3—Ca_m2	115.44 (3)	Na_m1^xx—Ca_m2—Ca_m2^xviii	124.346 (19)
Na_m2^xi—Ti_m3—Ca_m2^xxvi	64.56 (3)	Na_m1^xx—Ca_m2—Fe_m2	0
Na_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Na_m1^xx—Ca_m2—Mg_m3	66.626 (3)
Na_m2^xi—Ti_m3—Mg_m3	0	Na_m1^xx—Ca_m2—Mg_m3^xix	177.94 (4)
Na_m2^xi—Ti_m3—Fe_m3	0	Na_m1^xx—Ca_m2—Fe_m3	66.626 (3)
Na_m2—Ti_m3—Na_m2^xxvi	180.0 (5)	Na_m1^xx—Ca_m2—Fe_m3^xix	177.94 (4)
Na_m2—Ti_m3—Na_m2^xviii	64.56 (3)	Na_m1^xxix—Ca_m2—Na_m2	0
Na_m2—Ti_m3—O5^xxii	87.33 (8)	Na_m1^xxix—Ca_m2—Na_m2^xvii	55.654 (19)
Na_m2—Ti_m3—O5^iii	43.72 (8)	Na_m1^xxix—Ca_m2—Na_m2^xviii	124.346 (19)
Na_m2—Ti_m3—O5^xxiii	92.67 (8)	Na_m1^xxix—Ca_m2—Ti_m3	177.94 (4)
Na_m2—Ti_m3—O5^xxiv	136.28 (8)	Na_m1^xxix—Ca_m2—Ti_m3^xix	66.626 (3)
Na_m2—Ti_m3—O_x	46.09 (8)	Na_m1^xxix—Ca_m2—O2^xx	79.90 (10)
Na_m2—Ti_m3—O_x^xxv	133.91 (8)	Na_m1^xxix—Ca_m2—O2^iii	44.10 (11)
Na_m2—Ti_m3—Ca_m2^xi	115.44 (3)	Na_m1^xxix—Ca_m2—O5^xx	50.36 (6)
Na_m2—Ti_m3—Ca_m2	0.0 (5)	Na_m1^xxix—Ca_m2—O5^iii	140.08 (7)
Na_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Na_m1^xxix—Ca_m2—O_x	143.65 (11)
Na_m2—Ti_m3—Ca_m2^xviii	64.56 (3)	Na_m1^xxix—Ca_m2—O_x^xxi	91.49 (9)
Na_m2—Ti_m3—Mg_m3	0	Na_m1^xxix—Ca_m2—K_a^xxx	110.866 (9)
Na_m2—Ti_m3—Fe_m3	0	Na_m1^xxix—Ca_m2—K_a^ix	93.811 (7)
Na_m2^xxvi—Ti_m3—Na_m2^xviii	115.44 (3)	Na_m1^xxix—Ca_m2—Mn_m2	0
Na_m2^xxvi—Ti_m3—O5^xxii	92.67 (8)	Na_m1^xxix—Ca_m2—Mn_m2^xviii	124.346 (19)
Na_m2^xxvi—Ti_m3—O5^iii	136.28 (8)	Na_m1^xxix—Ca_m2—Ca_m2^xvii	55.654 (19)
Na_m2^xxvi—Ti_m3—O5^xxiii	87.33 (8)	Na_m1^xxix—Ca_m2—Ca_m2^xviii	124.346 (19)
Na_m2^xxvi—Ti_m3—O5^xxiv	43.72 (8)	Na_m1^xxix—Ca_m2—Fe_m2	0
Na_m2^xxvi—Ti_m3—O_x	133.91 (8)	Na_m1^xxix—Ca_m2—Mg_m3	177.94 (4)
Na_m2^xxvi—Ti_m3—O_x^xxv	46.09 (8)	Na_m1^xxix—Ca_m2—Mg_m3^xix	66.626 (3)
Na_m2^xxvi—Ti_m3—Ca_m2^xi	64.56 (3)	Na_m1^xxix—Ca_m2—Fe_m3	177.94 (4)
Na_m2^xxvi—Ti_m3—Ca_m2	180.0 (5)	Na_m1^xxix—Ca_m2—Fe_m3^xix	66.626 (3)
Na_m2^xxvi—Ti_m3—Ca_m2^xxvi	0.0 (5)	Na_m2—Ca_m2—Na_m2^xvii	0
Na_m2^xxvi—Ti_m3—Ca_m2^xviii	115.44 (3)	Na_m2—Ca_m2—Na_m2^xviii	0
Na_m2^xxvi—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—Ti_m3	0
Na_m2^xxvi—Ti_m3—Fe_m3	0	Na_m2—Ca_m2—Ti_m3^xix	0
Na_m2^xviii—Ti_m3—O5^xxii	136.28 (8)	Na_m2—Ca_m2—O2^xx	0
Na_m2^xviii—Ti_m3—O5^iii	92.67 (8)	Na_m2—Ca_m2—O2^iii	0
Na_m2^xviii—Ti_m3—O5^xxiii	43.72 (8)	Na_m2—Ca_m2—O5^xx	0
Na_m2^xviii—Ti_m3—O5^xxiv	87.33 (8)	Na_m2—Ca_m2—O5^iii	0
Na_m2^xviii—Ti_m3—O_x	46.09 (8)	Na_m2—Ca_m2—O_x	0
Na_m2^xviii—Ti_m3—O_x^xxv	133.91 (8)	Na_m2—Ca_m2—O_x^xxi	0
Na_m2^xviii—Ti_m3—Ca_m2^xi	180.0 (5)	Na_m2—Ca_m2—K_a^xxx	0
Na_m2^xviii—Ti_m3—Ca_m2	64.56 (3)	Na_m2—Ca_m2—K_a^ix	0
Na_m2^xviii—Ti_m3—Ca_m2^xxvi	115.44 (3)	Na_m2—Ca_m2—Mn_m2	0
Na_m2^xviii—Ti_m3—Ca_m2^xviii	0.0 (5)	Na_m2—Ca_m2—Mn_m2^xviii	0
Na_m2^xviii—Ti_m3—Mg_m3	0	Na_m2—Ca_m2—Ca_m2^xvii	0
Na_m2^xviii—Ti_m3—Fe_m3	0	Na_m2—Ca_m2—Ca_m2^xviii	0
O5^xxii—Ti_m3—O5^iii	87.86 (10)	Na_m2—Ca_m2—Fe_m2	0
O5^xxii—Ti_m3—O5^xxiii	180.0 (5)	Na_m2—Ca_m2—Mg_m3	0
O5^xxii—Ti_m3—O5^xxiv	92.14 (10)	Na_m2—Ca_m2—Mg_m3^xix	0
O5^xxii—Ti_m3—O_x	90.22 (11)	Na_m2—Ca_m2—Fe_m3	0
O5^xxii—Ti_m3—O_x^xxv	89.78 (11)	Na_m2—Ca_m2—Fe_m3^xix	0
O5^xxii—Ti_m3—Ca_m2^xi	43.72 (8)	Na_m2^xvii—Ca_m2—Na_m2^xviii	180.0 (5)
O5^xxii—Ti_m3—Ca_m2	87.33 (8)	Na_m2^xvii—Ca_m2—Ti_m3	122.28 (2)
O5^xxii—Ti_m3—Ca_m2^xxvi	92.67 (8)	Na_m2^xvii—Ca_m2—Ti_m3^xix	122.28 (2)
O5^xxii—Ti_m3—Ca_m2^xviii	136.28 (8)	Na_m2^xvii—Ca_m2—O2^xx	37.64 (8)
O5^xxii—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—O2^iii	37.64 (8)
O5^xxii—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—O5^xx	96.57 (7)
O5^iii—Ti_m3—O5^xxiii	92.14 (10)	Na_m2^xvii—Ca_m2—O5^iii	96.57 (7)
O5^iii—Ti_m3—O5^xxiv	180.0 (5)	Na_m2^xvii—Ca_m2—O_x	137.46 (8)
O5^iii—Ti_m3—O_x	89.78 (11)	Na_m2^xvii—Ca_m2—O_x^xxi	137.46 (8)
O5^iii—Ti_m3—O_x^xxv	90.22 (11)	Na_m2^xvii—Ca_m2—K_a^xxx	111.997 (16)
O5^iii—Ti_m3—Ca_m2^xi	87.33 (8)	Na_m2^xvii—Ca_m2—K_a^ix	111.997 (16)
O5^iii—Ti_m3—Ca_m2	43.72 (8)	Na_m2^xvii—Ca_m2—Mn_m2	0
O5^iii—Ti_m3—Ca_m2^xxvi	136.28 (8)	Na_m2^xvii—Ca_m2—Mn_m2^xviii	180.0 (5)
O5^iii—Ti_m3—Ca_m2^xviii	92.67 (8)	Na_m2^xvii—Ca_m2—Ca_m2^xvii	0.0 (5)
O5^iii—Ti_m3—Mg_m3	0	Na_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
O5^iii—Ti_m3—Fe_m3	0	Na_m2^xvii—Ca_m2—Fe_m2	0
O5^xxiii—Ti_m3—O5^xxiv	87.86 (10)	Na_m2^xvii—Ca_m2—Mg_m3	122.28 (2)
O5^xxiii—Ti_m3—O_x	89.78 (11)	Na_m2^xvii—Ca_m2—Mg_m3^xix	122.28 (2)
O5^xxiii—Ti_m3—O_x^xxv	90.22 (11)	Na_m2^xvii—Ca_m2—Fe_m3	122.28 (2)
O5^xxiii—Ti_m3—Ca_m2^xi	136.28 (8)	Na_m2^xvii—Ca_m2—Fe_m3^xix	122.28 (2)
O5^xxiii—Ti_m3—Ca_m2	92.67 (8)	Na_m2^xviii—Ca_m2—Ti_m3	57.72 (2)
O5^xxiii—Ti_m3—Ca_m2^xxvi	87.33 (8)	Na_m2^xviii—Ca_m2—Ti_m3^xix	57.72 (2)
O5^xxiii—Ti_m3—Ca_m2^xviii	43.72 (8)	Na_m2^xviii—Ca_m2—O2^xx	142.36 (8)
O5^xxiii—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—O2^iii	142.36 (8)
O5^xxiii—Ti_m3—Fe_m3	0	Na_m2^xviii—Ca_m2—O5^xx	83.43 (7)
O5^xxiv—Ti_m3—O_x	90.22 (11)	Na_m2^xviii—Ca_m2—O5^iii	83.43 (7)
O5^xxiv—Ti_m3—O_x^xxv	89.78 (11)	Na_m2^xviii—Ca_m2—O_x	42.54 (8)
O5^xxiv—Ti_m3—Ca_m2^xi	92.67 (8)	Na_m2^xviii—Ca_m2—O_x^xxi	42.54 (8)
O5^xxiv—Ti_m3—Ca_m2	136.28 (8)	Na_m2^xviii—Ca_m2—K_a^xxx	68.003 (16)
O5^xxiv—Ti_m3—Ca_m2^xxvi	43.72 (8)	Na_m2^xviii—Ca_m2—K_a^ix	68.003 (16)
O5^xxiv—Ti_m3—Ca_m2^xviii	87.33 (8)	Na_m2^xviii—Ca_m2—Mn_m2	0
O5^xxiv—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—Mn_m2^xviii	0.0 (5)
O5^xxiv—Ti_m3—Fe_m3	0	Na_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
O_x—Ti_m3—O_x^xxv	180.0 (5)	Na_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
O_x—Ti_m3—Ca_m2^xi	133.91 (8)	Na_m2^xviii—Ca_m2—Fe_m2	0
O_x—Ti_m3—Ca_m2	46.09 (8)	Na_m2^xviii—Ca_m2—Mg_m3	57.72 (2)
O_x—Ti_m3—Ca_m2^xxvi	133.91 (8)	Na_m2^xviii—Ca_m2—Mg_m3^xix	57.72 (2)
O_x—Ti_m3—Ca_m2^xviii	46.09 (8)	Na_m2^xviii—Ca_m2—Fe_m3	57.72 (2)
O_x—Ti_m3—Mg_m3	0	Na_m2^xviii—Ca_m2—Fe_m3^xix	57.72 (2)
O_x—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—Ti_m3^xix	115.44 (4)
O_x^xxv—Ti_m3—Ca_m2^xi	46.09 (8)	Ti_m3—Ca_m2—O2^xx	98.34 (9)
O_x^xxv—Ti_m3—Ca_m2	133.91 (8)	Ti_m3—Ca_m2—O2^iii	134.49 (11)
O_x^xxv—Ti_m3—Ca_m2^xxvi	46.09 (8)	Ti_m3—Ca_m2—O5^xx	131.16 (7)
O_x^xxv—Ti_m3—Ca_m2^xviii	133.91 (8)	Ti_m3—Ca_m2—O5^iii	38.71 (6)
O_x^xxv—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—O_x	37.58 (11)
O_x^xxv—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—O_x^xxi	90.31 (10)
Ca_m2^xi—Ti_m3—Ca_m2	115.44 (3)	Ti_m3—Ca_m2—K_a^xxx	69.612 (15)
Ca_m2^xi—Ti_m3—Ca_m2^xxvi	64.56 (3)	Ti_m3—Ca_m2—K_a^ix	87.036 (19)
Ca_m2^xi—Ti_m3—Ca_m2^xviii	180.0 (5)	Ti_m3—Ca_m2—Mn_m2	0
Ca_m2^xi—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Mn_m2^xviii	57.72 (2)
Ca_m2^xi—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—Ca_m2^xvii	122.28 (2)
Ca_m2—Ti_m3—Ca_m2^xxvi	180.0 (5)	Ti_m3—Ca_m2—Ca_m2^xviii	57.72 (2)
Ca_m2—Ti_m3—Ca_m2^xviii	64.56 (3)	Ti_m3—Ca_m2—Fe_m2	0
Ca_m2—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Mg_m3	0.0 (5)
Ca_m2—Ti_m3—Fe_m3	0	Ti_m3—Ca_m2—Mg_m3^xix	115.44 (4)
Ca_m2^xxvi—Ti_m3—Ca_m2^xviii	115.44 (3)	Ti_m3—Ca_m2—Fe_m3	0.0 (5)
Ca_m2^xxvi—Ti_m3—Mg_m3	0	Ti_m3—Ca_m2—Fe_m3^xix	115.44 (4)
Ca_m2^xxvi—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—O2^xx	134.49 (11)
Ca_m2^xviii—Ti_m3—Mg_m3	0	Ti_m3^xix—Ca_m2—O2^iii	98.34 (9)
Ca_m2^xviii—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—O5^xx	38.71 (6)
Mg_m3—Ti_m3—Fe_m3	0	Ti_m3^xix—Ca_m2—O5^iii	131.16 (7)
Sr_a^xii—Si—Sr_a^xxvii	105.09 (3)	Ti_m3^xix—Ca_m2—O_x	90.31 (10)
Sr_a^xii—Si—Sr_a^ix	86.80 (2)	Ti_m3^xix—Ca_m2—O_x^xxi	37.58 (11)
Sr_a^xii—Si—O1	51.37 (9)	Ti_m3^xix—Ca_m2—K_a^xxx	87.036 (19)
Sr_a^xii—Si—O3	133.79 (10)	Ti_m3^xix—Ca_m2—K_a^ix	69.612 (15)
Sr_a^xii—Si—O4	55.21 (13)	Ti_m3^xix—Ca_m2—Mn_m2	0
Sr_a^xii—Si—O5	112.00 (10)	Ti_m3^xix—Ca_m2—Mn_m2^xviii	57.72 (2)
Sr_a^xii—Si—K_a^xii	0.0 (5)	Ti_m3^xix—Ca_m2—Ca_m2^xvii	122.28 (2)
Sr_a^xii—Si—K_a^xxvii	105.09 (3)	Ti_m3^xix—Ca_m2—Ca_m2^xviii	57.72 (2)
Sr_a^xii—Si—K_a^ix	86.80 (2)	Ti_m3^xix—Ca_m2—Fe_m2	0
Sr_a^xii—Si—Ba_a^xii	0.0 (5)	Ti_m3^xix—Ca_m2—Mg_m3	115.44 (4)
Sr_a^xii—Si—Ba_a^xxvii	105.09 (3)	Ti_m3^xix—Ca_m2—Mg_m3^xix	0.0 (5)
Sr_a^xii—Si—Ba_a^ix	86.80 (2)	Ti_m3^xix—Ca_m2—Fe_m3	115.44 (4)
Sr_a^xxvii—Si—Sr_a^ix	86.43 (3)	Ti_m3^xix—Ca_m2—Fe_m3^xix	0.0 (5)
Sr_a^xxvii—Si—O1	133.83 (11)	O2^xx—Ca_m2—O2^iii	75.27 (11)
Sr_a^xxvii—Si—O3	52.13 (9)	O2^xx—Ca_m2—O5^xx	96.10 (13)
Sr_a^xxvii—Si—O4	54.71 (13)	O2^xx—Ca_m2—O5^iii	94.30 (13)
Sr_a^xxvii—Si—O5	113.42 (10)	O2^xx—Ca_m2—O_x	100.33 (11)
Sr_a^xxvii—Si—K_a^xii	105.09 (3)	O2^xx—Ca_m2—O_x^xxi	171.02 (14)
Sr_a^xxvii—Si—K_a^xxvii	0.0 (5)	O2^xx—Ca_m2—K_a^xxx	76.72 (8)
Sr_a^xxvii—Si—K_a^ix	86.43 (3)	O2^xx—Ca_m2—K_a^ix	145.37 (9)
Sr_a^xxvii—Si—Ba_a^xii	105.09 (3)	O2^xx—Ca_m2—Mn_m2	0
Sr_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	O2^xx—Ca_m2—Mn_m2^xviii	142.36 (8)
Sr_a^xxvii—Si—Ba_a^ix	86.43 (3)	O2^xx—Ca_m2—Ca_m2^xvii	37.64 (8)
Sr_a^ix—Si—O1	57.02 (10)	O2^xx—Ca_m2—Ca_m2^xviii	142.36 (8)
Sr_a^ix—Si—O3	55.99 (9)	O2^xx—Ca_m2—Fe_m2	0
Sr_a^ix—Si—O4	103.68 (12)	O2^xx—Ca_m2—Mg_m3	98.34 (9)
Sr_a^ix—Si—O5	146.16 (9)	O2^xx—Ca_m2—Mg_m3^xix	134.49 (11)
Sr_a^ix—Si—K_a^xii	86.80 (2)	O2^xx—Ca_m2—Fe_m3	98.34 (9)
Sr_a^ix—Si—K_a^xxvii	86.43 (3)	O2^xx—Ca_m2—Fe_m3^xix	134.49 (11)
Sr_a^ix—Si—K_a^ix	0.0 (5)	O2^iii—Ca_m2—O5^xx	94.30 (13)
Sr_a^ix—Si—Ba_a^xii	86.80 (2)	O2^iii—Ca_m2—O5^iii	96.10 (13)
Sr_a^ix—Si—Ba_a^xxvii	86.43 (3)	O2^iii—Ca_m2—O_x	171.02 (14)
Sr_a^ix—Si—Ba_a^ix	0.0 (5)	O2^iii—Ca_m2—O_x^xxi	100.33 (11)
O1—Si—O3	111.39 (14)	O2^iii—Ca_m2—K_a^xxx	145.37 (9)
O1—Si—O4	103.88 (16)	O2^iii—Ca_m2—K_a^ix	76.72 (8)
O1—Si—O5	112.45 (15)	O2^iii—Ca_m2—Mn_m2	0
O1—Si—K_a^xii	51.37 (9)	O2^iii—Ca_m2—Mn_m2^xviii	142.36 (8)
O1—Si—K_a^xxvii	133.83 (11)	O2^iii—Ca_m2—Ca_m2^xvii	37.64 (8)
O1—Si—K_a^ix	57.02 (10)	O2^iii—Ca_m2—Ca_m2^xviii	142.36 (8)
O1—Si—Ba_a^xii	51.37 (9)	O2^iii—Ca_m2—Fe_m2	0
O1—Si—Ba_a^xxvii	133.83 (11)	O2^iii—Ca_m2—Mg_m3	134.49 (11)
O1—Si—Ba_a^ix	57.02 (10)	O2^iii—Ca_m2—Mg_m3^xix	98.34 (9)
O3—Si—O4	104.08 (17)	O2^iii—Ca_m2—Fe_m3	134.49 (11)
O3—Si—O5	114.05 (14)	O2^iii—Ca_m2—Fe_m3^xix	98.34 (9)
O3—Si—K_a^xii	133.79 (10)	O5^xx—Ca_m2—O5^iii	166.86 (11)
O3—Si—K_a^xxvii	52.13 (9)	O5^xx—Ca_m2—O_x	93.95 (13)
O3—Si—K_a^ix	55.99 (9)	O5^xx—Ca_m2—O_x^xxi	76.26 (13)
O3—Si—Ba_a^xii	133.79 (10)	O5^xx—Ca_m2—K_a^xxx	68.86 (6)
O3—Si—Ba_a^xxvii	52.13 (9)	O5^xx—Ca_m2—K_a^ix	105.96 (7)
O3—Si—Ba_a^ix	55.99 (9)	O5^xx—Ca_m2—Mn_m2	0
O4—Si—O5	110.16 (15)	O5^xx—Ca_m2—Mn_m2^xviii	83.43 (7)
O4—Si—K_a^xii	55.21 (13)	O5^xx—Ca_m2—Ca_m2^xvii	96.57 (7)
O4—Si—K_a^xxvii	54.71 (13)	O5^xx—Ca_m2—Ca_m2^xviii	83.43 (7)
O4—Si—K_a^ix	103.68 (12)	O5^xx—Ca_m2—Fe_m2	0
O4—Si—Ba_a^xii	55.21 (13)	O5^xx—Ca_m2—Mg_m3	131.16 (7)
O4—Si—Ba_a^xxvii	54.71 (13)	O5^xx—Ca_m2—Mg_m3^xix	38.71 (6)
O4—Si—Ba_a^ix	103.68 (12)	O5^xx—Ca_m2—Fe_m3	131.16 (7)
O5—Si—K_a^xii	112.00 (10)	O5^xx—Ca_m2—Fe_m3^xix	38.71 (6)
O5—Si—K_a^xxvii	113.42 (10)	O5^iii—Ca_m2—O_x	76.26 (13)
O5—Si—K_a^ix	146.16 (9)	O5^iii—Ca_m2—O_x^xxi	93.95 (13)
O5—Si—Ba_a^xii	112.00 (10)	O5^iii—Ca_m2—K_a^xxx	105.96 (7)
O5—Si—Ba_a^xxvii	113.42 (10)	O5^iii—Ca_m2—K_a^ix	68.86 (6)
O5—Si—Ba_a^ix	146.16 (9)	O5^iii—Ca_m2—Mn_m2	0
K_a^xii—Si—K_a^xxvii	105.09 (3)	O5^iii—Ca_m2—Mn_m2^xviii	83.43 (7)
K_a^xii—Si—K_a^ix	86.80 (2)	O5^iii—Ca_m2—Ca_m2^xvii	96.57 (7)
K_a^xii—Si—Ba_a^xii	0.0 (5)	O5^iii—Ca_m2—Ca_m2^xviii	83.43 (7)
K_a^xii—Si—Ba_a^xxvii	105.09 (3)	O5^iii—Ca_m2—Fe_m2	0
K_a^xii—Si—Ba_a^ix	86.80 (2)	O5^iii—Ca_m2—Mg_m3	38.71 (6)
K_a^xxvii—Si—K_a^ix	86.43 (3)	O5^iii—Ca_m2—Mg_m3^xix	131.16 (7)
K_a^xxvii—Si—Ba_a^xii	105.09 (3)	O5^iii—Ca_m2—Fe_m3	38.71 (6)
K_a^xxvii—Si—Ba_a^xxvii	0.0 (5)	O5^iii—Ca_m2—Fe_m3^xix	131.16 (7)
K_a^xxvii—Si—Ba_a^ix	86.43 (3)	O_x—Ca_m2—O_x^xxi	85.07 (11)
K_a^ix—Si—Ba_a^xii	86.80 (2)	O_x—Ca_m2—K_a^xxx	36.92 (10)
K_a^ix—Si—Ba_a^xxvii	86.43 (3)	O_x—Ca_m2—K_a^ix	104.33 (9)
K_a^ix—Si—Ba_a^ix	0.0 (5)	O_x—Ca_m2—Mn_m2	0
Ba_a^xii—Si—Ba_a^xxvii	105.09 (3)	O_x—Ca_m2—Mn_m2^xviii	42.54 (8)
Ba_a^xii—Si—Ba_a^ix	86.80 (2)	O_x—Ca_m2—Ca_m2^xvii	137.46 (8)
Ba_a^xxvii—Si—Ba_a^ix	86.43 (3)	O_x—Ca_m2—Ca_m2^xviii	42.54 (8)
Ti_l—O1—Si	140.08 (16)	O_x—Ca_m2—Fe_m2	0
Ti_l—O1—K_a^xii	106.11 (11)	O_x—Ca_m2—Mg_m3	37.58 (11)
Ti_l—O1—K_a^ix	100.53 (10)	O_x—Ca_m2—Mg_m3^xix	90.31 (10)
Ti_l—O1—Ba_a^xii	106.11 (11)	O_x—Ca_m2—Fe_m3	37.58 (11)
Ti_l—O1—Ba_a^ix	100.53 (10)	O_x—Ca_m2—Fe_m3^xix	90.31 (10)
Si—O1—K_a^xii	100.86 (11)	O_x^xxi—Ca_m2—K_a^xxx	104.33 (9)
Si—O1—K_a^ix	94.46 (12)	O_x^xxi—Ca_m2—K_a^ix	36.92 (10)
Si—O1—Ba_a^xii	100.86 (11)	O_x^xxi—Ca_m2—Mn_m2	0
Si—O1—Ba_a^ix	94.46 (12)	O_x^xxi—Ca_m2—Mn_m2^xviii	42.54 (8)
K_a^xii—O1—K_a^ix	114.19 (9)	O_x^xxi—Ca_m2—Ca_m2^xvii	137.46 (8)
K_a^xii—O1—Ba_a^xii	0.0 (5)	O_x^xxi—Ca_m2—Ca_m2^xviii	42.54 (8)
K_a^xii—O1—Ba_a^ix	114.19 (9)	O_x^xxi—Ca_m2—Fe_m2	0
K_a^ix—O1—Ba_a^xii	114.19 (9)	O_x^xxi—Ca_m2—Mg_m3	90.31 (10)
K_a^ix—O1—Ba_a^ix	0.0 (5)	O_x^xxi—Ca_m2—Mg_m3^xix	37.58 (11)
Ba_a^xii—O1—Ba_a^ix	114.19 (9)	O_x^xxi—Ca_m2—Fe_m3	90.31 (10)
Ti_l—O2—Na_m1	121.2 (2)	O_x^xxi—Ca_m2—Fe_m3^xix	37.58 (11)
Ti_l—O2—Na_m2^x	121.19 (12)	K_a^xxx—Ca_m2—K_a^ix	136.01 (3)
Ti_l—O2—Na_m2^v	121.19 (12)	K_a^xxx—Ca_m2—Mn_m2	0
Ti_l—O2—Ca_m2^x	121.19 (12)	K_a^xxx—Ca_m2—Mn_m2^xviii	68.003 (16)
Ti_l—O2—Ca_m2^v	121.19 (12)	K_a^xxx—Ca_m2—Ca_m2^xvii	111.997 (16)
Na_m1—O2—Na_m2^x	90.47 (12)	K_a^xxx—Ca_m2—Ca_m2^xviii	68.003 (16)
Na_m1—O2—Na_m2^v	90.47 (12)	K_a^xxx—Ca_m2—Fe_m2	0
Na_m1—O2—Ca_m2^x	90.47 (12)	K_a^xxx—Ca_m2—Mg_m3	69.612 (15)
Na_m1—O2—Ca_m2^v	90.47 (12)	K_a^xxx—Ca_m2—Mg_m3^xix	87.036 (19)
Na_m2^x—O2—Na_m2^v	104.73 (15)	K_a^xxx—Ca_m2—Fe_m3	69.612 (15)
Na_m2^x—O2—Ca_m2^x	0.0 (5)	K_a^xxx—Ca_m2—Fe_m3^xix	87.036 (19)
Na_m2^x—O2—Ca_m2^v	104.73 (15)	K_a^ix—Ca_m2—Mn_m2	0
Na_m2^v—O2—Ca_m2^x	104.73 (15)	K_a^ix—Ca_m2—Mn_m2^xviii	68.003 (16)
Na_m2^v—O2—Ca_m2^v	0.0 (5)	K_a^ix—Ca_m2—Ca_m2^xvii	111.997 (16)
Ca_m2^x—O2—Ca_m2^v	104.73 (15)	K_a^ix—Ca_m2—Ca_m2^xviii	68.003 (16)
Ti_l^xix—O3—Si	140.30 (16)	K_a^ix—Ca_m2—Fe_m2	0
Ti_l^xix—O3—K_a^xxvii	105.92 (11)	K_a^ix—Ca_m2—Mg_m3	87.036 (19)
Ti_l^xix—O3—K_a^ix	100.83 (10)	K_a^ix—Ca_m2—Mg_m3^xix	69.612 (15)
Ti_l^xix—O3—Ba_a^xxvii	105.92 (11)	K_a^ix—Ca_m2—Fe_m3	87.036 (19)
Ti_l^xix—O3—Ba_a^ix	100.83 (10)	K_a^ix—Ca_m2—Fe_m3^xix	69.612 (15)
Si—O3—K_a^xxvii	99.83 (11)	Mn_m2—Ca_m2—Mn_m2^xviii	0
Si—O3—K_a^ix	95.58 (11)	Mn_m2—Ca_m2—Ca_m2^xvii	0
Si—O3—Ba_a^xxvii	99.83 (11)	Mn_m2—Ca_m2—Ca_m2^xviii	0
Si—O3—Ba_a^ix	95.58 (11)	Mn_m2—Ca_m2—Fe_m2	0
K_a^xxvii—O3—K_a^ix	113.88 (9)	Mn_m2—Ca_m2—Mg_m3	0
K_a^xxvii—O3—Ba_a^xxvii	0.0 (5)	Mn_m2—Ca_m2—Mg_m3^xix	0
K_a^xxvii—O3—Ba_a^ix	113.88 (9)	Mn_m2—Ca_m2—Fe_m3	0
K_a^ix—O3—Ba_a^xxvii	113.88 (9)	Mn_m2—Ca_m2—Fe_m3^xix	0
K_a^ix—O3—Ba_a^ix	0.0 (5)	Mn_m2^xviii—Ca_m2—Ca_m2^xvii	180.0 (5)
Ba_a^xxvii—O3—Ba_a^ix	113.88 (9)	Mn_m2^xviii—Ca_m2—Ca_m2^xviii	0.0 (5)
Si—O4—Si^xxxi	134.0 (2)	Mn_m2^xviii—Ca_m2—Fe_m2	0
Si—O4—K_a^xii	95.78 (14)	Mn_m2^xviii—Ca_m2—Mg_m3	57.72 (2)
Si—O4—K_a^xxvii	96.09 (14)	Mn_m2^xviii—Ca_m2—Mg_m3^xix	57.72 (2)
Si—O4—Ba_a^xii	95.78 (14)	Mn_m2^xviii—Ca_m2—Fe_m3	57.72 (2)
Si—O4—Ba_a^xxvii	96.09 (14)	Mn_m2^xviii—Ca_m2—Fe_m3^xix	57.72 (2)
Si^xxxi—O4—K_a^xii	95.78 (14)	Ca_m2^xvii—Ca_m2—Ca_m2^xviii	180.0 (5)
Si^xxxi—O4—K_a^xxvii	96.09 (14)	Ca_m2^xvii—Ca_m2—Fe_m2	0
Si^xxxi—O4—Ba_a^xii	95.78 (14)	Ca_m2^xvii—Ca_m2—Mg_m3	122.28 (2)
Si^xxxi—O4—Ba_a^xxvii	96.09 (14)	Ca_m2^xvii—Ca_m2—Mg_m3^xix	122.28 (2)
K_a^xii—O4—K_a^xxvii	149.31 (14)	Ca_m2^xvii—Ca_m2—Fe_m3	122.28 (2)
K_a^xii—O4—Ba_a^xii	0.0 (5)	Ca_m2^xvii—Ca_m2—Fe_m3^xix	122.28 (2)
K_a^xii—O4—Ba_a^xxvii	149.31 (14)	Ca_m2^xviii—Ca_m2—Fe_m2	0
K_a^xxvii—O4—Ba_a^xii	149.31 (14)	Ca_m2^xviii—Ca_m2—Mg_m3	57.72 (2)
K_a^xxvii—O4—Ba_a^xxvii	0.0 (5)	Ca_m2^xviii—Ca_m2—Mg_m3^xix	57.72 (2)
Ba_a^xii—O4—Ba_a^xxvii	149.31 (14)	Ca_m2^xviii—Ca_m2—Fe_m3	57.72 (2)
Na_m2^x—O5—Ti_m3^xxviii	97.57 (11)	Ca_m2^xviii—Ca_m2—Fe_m3^xix	57.72 (2)
Na_m2^x—O5—Si	121.16 (14)	Fe_m2—Ca_m2—Mg_m3	0
Na_m2^x—O5—Ca_m2^x	0.0 (5)	Fe_m2—Ca_m2—Mg_m3^xix	0
Na_m2^x—O5—Mg_m3^xxviii	97.57 (11)	Fe_m2—Ca_m2—Fe_m3	0
Na_m2^x—O5—Fe_m3^xxviii	97.57 (11)	Fe_m2—Ca_m2—Fe_m3^xix	0
Ti_m3^xxviii—O5—Si	126.64 (15)	Mg_m3—Ca_m2—Mg_m3^xix	115.44 (4)
Ti_m3^xxviii—O5—Ca_m2^x	97.57 (11)	Mg_m3—Ca_m2—Fe_m3	0.0 (5)
Ti_m3^xxviii—O5—Mg_m3^xxviii	0.0 (5)	Mg_m3—Ca_m2—Fe_m3^xix	115.44 (4)
Ti_m3^xxviii—O5—Fe_m3^xxviii	0.0 (5)	Mg_m3^xix—Ca_m2—Fe_m3	115.44 (4)
Si—O5—Ca_m2^x	121.16 (14)	Mg_m3^xix—Ca_m2—Fe_m3^xix	0.0 (5)
Si—O5—Mg_m3^xxviii	126.64 (15)	Fe_m3—Ca_m2—Fe_m3^xix	115.44 (4)
Si—O5—Fe_m3^xxviii	126.64 (15)	Na_m1^xx—Fe_m2—Na_m1^xxix	111.31 (4)
Ca_m2^x—O5—Mg_m3^xxviii	97.57 (11)	Na_m1^xx—Fe_m2—Na_m2	0
Ca_m2^x—O5—Fe_m3^xxviii	97.57 (11)	Na_m1^xx—Fe_m2—Mn_m2	0
Mg_m3^xxviii—O5—Fe_m3^xxviii	0.0 (5)	Na_m1^xx—Fe_m2—Ca_m2	0
Na_m2—O_x—Na_m2^xviii	94.93 (15)	Na_m1^xxix—Fe_m2—Na_m2	0
Na_m2—O_x—Ti_m3	96.34 (14)	Na_m1^xxix—Fe_m2—Mn_m2	0
Na_m2—O_x—Ca_m2	0.0 (5)	Na_m1^xxix—Fe_m2—Ca_m2	0
Na_m2—O_x—Ca_m2^xviii	94.93 (15)	Na_m2—Fe_m2—Mn_m2	0
Na_m2—O_x—Mg_m3	96.34 (14)	Na_m2—Fe_m2—Ca_m2	0
Na_m2—O_x—Fe_m3	96.34 (14)	Mn_m2—Fe_m2—Ca_m2	0
Na_m2^xviii—O_x—Ti_m3	96.34 (14)	Na_m1^xx—Mg_m3—Na_m1^xxx	180.0 (5)
Na_m2^xviii—O_x—Ca_m2	94.93 (15)	Na_m1^xx—Mg_m3—Na_m2^xi	57.72 (2)
Na_m2^xviii—O_x—Ca_m2^xviii	0.0 (5)	Na_m1^xx—Mg_m3—Na_m2	57.72 (2)
Na_m2^xviii—O_x—Mg_m3	96.34 (14)	Na_m1^xx—Mg_m3—Na_m2^xxvi	122.28 (2)
Na_m2^xviii—O_x—Fe_m3	96.34 (14)	Na_m1^xx—Mg_m3—Na_m2^xviii	122.28 (2)
Ti_m3—O_x—Ca_m2	96.34 (14)	Na_m1^xx—Mg_m3—Ti_m3	0
Ti_m3—O_x—Ca_m2^xviii	96.34 (14)	Na_m1^xx—Mg_m3—O5^xxii	43.93 (7)
Ti_m3—O_x—Mg_m3	0.0 (5)	Na_m1^xx—Mg_m3—O5^iii	43.93 (7)
Ti_m3—O_x—Fe_m3	0.0 (5)	Na_m1^xx—Mg_m3—O5^xxiii	136.07 (7)
Ca_m2—O_x—Ca_m2^xviii	94.93 (15)	Na_m1^xx—Mg_m3—O5^xxiv	136.07 (7)
Ca_m2—O_x—Mg_m3	96.34 (14)	Na_m1^xx—Mg_m3—O_x	90
Ca_m2—O_x—Fe_m3	96.34 (14)	Na_m1^xx—Mg_m3—O_x^xxv	90
Ca_m2^xviii—O_x—Mg_m3	96.34 (14)	Na_m1^xx—Mg_m3—Ca_m2^xi	57.72 (2)
Ca_m2^xviii—O_x—Fe_m3	96.34 (14)	Na_m1^xx—Mg_m3—Ca_m2	57.72 (2)
Mg_m3—O_x—Fe_m3	0.0 (5)	Na_m1^xx—Mg_m3—Ca_m2^xxvi	122.28 (2)
Sr_a—K_a—Sr_a^ii	0	Na_m1^xx—Mg_m3—Ca_m2^xviii	122.28 (2)
Sr_a—K_a—Sr_a^iii	0	Na_m1^xx—Mg_m3—Fe_m3	0
Sr_a—K_a—Sr_a^viii	0	Na_m1^xxx—Mg_m3—Na_m2^xi	122.28 (2)
Sr_a—K_a—Sr_a^ix	0	Na_m1^xxx—Mg_m3—Na_m2	122.28 (2)
Sr_a—K_a—Ti_l^i	0	Na_m1^xxx—Mg_m3—Na_m2^xxvi	57.72 (2)
Sr_a—K_a—Ti_l	0	Na_m1^xxx—Mg_m3—Na_m2^xviii	57.72 (2)
Sr_a—K_a—Ti_l^ii	0	Na_m1^xxx—Mg_m3—Ti_m3	0
Sr_a—K_a—Ti_l^iii	0	Na_m1^xxx—Mg_m3—O5^xxii	136.07 (7)
Sr_a—K_a—Si^iv	0	Na_m1^xxx—Mg_m3—O5^iii	136.07 (7)
Sr_a—K_a—Si^i	0	Na_m1^xxx—Mg_m3—O5^xxiii	43.93 (7)
Sr_a—K_a—Si^iii	0	Na_m1^xxx—Mg_m3—O5^xxiv	43.93 (7)
Sr_a—K_a—Si^v	0	Na_m1^xxx—Mg_m3—O_x	90
Sr_a—K_a—Si^vi	0	Na_m1^xxx—Mg_m3—O_x^xxv	90
Sr_a—K_a—Si^vii	0	Na_m1^xxx—Mg_m3—Ca_m2^xi	122.28 (2)
Sr_a—K_a—O1^i	0	Na_m1^xxx—Mg_m3—Ca_m2	122.28 (2)
Sr_a—K_a—O1^iii	0	Na_m1^xxx—Mg_m3—Ca_m2^xxvi	57.72 (2)
Sr_a—K_a—O1^v	0	Na_m1^xxx—Mg_m3—Ca_m2^xviii	57.72 (2)
Sr_a—K_a—O1^vii	0	Na_m1^xxx—Mg_m3—Fe_m3	0
Sr_a—K_a—O3^iv	0	Na_m2^xi—Mg_m3—Na_m2	115.44 (3)
Sr_a—K_a—O3^iii	0	Na_m2^xi—Mg_m3—Na_m2^xxvi	64.56 (3)
Sr_a—K_a—O3^v	0	Na_m2^xi—Mg_m3—Na_m2^xviii	180.0 (5)
Sr_a—K_a—O3^vi	0	Na_m2^xi—Mg_m3—Ti_m3	0
Sr_a—K_a—O4^iv	0	Na_m2^xi—Mg_m3—O5^xxii	43.72 (8)
Sr_a—K_a—O4^i	0	Na_m2^xi—Mg_m3—O5^iii	87.33 (8)
Sr_a—K_a—K_a^ii	0	Na_m2^xi—Mg_m3—O5^xxiii	136.28 (8)
Sr_a—K_a—K_a^iii	0	Na_m2^xi—Mg_m3—O5^xxiv	92.67 (8)
Sr_a—K_a—K_a^viii	0	Na_m2^xi—Mg_m3—O_x	133.91 (8)
Sr_a—K_a—K_a^ix	0	Na_m2^xi—Mg_m3—O_x^xxv	46.09 (8)
Sr_a—K_a—Na_a	0	Na_m2^xi—Mg_m3—Ca_m2^xi	0.0 (5)
Sr_a—K_a—Ba_a	0	Na_m2^xi—Mg_m3—Ca_m2	115.44 (3)
Sr_a—K_a—Ba_a^ii	0	Na_m2^xi—Mg_m3—Ca_m2^xxvi	64.56 (3)
Sr_a—K_a—Ba_a^iii	0	Na_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Sr_a—K_a—Ba_a^viii	0	Na_m2^xi—Mg_m3—Fe_m3	0
Sr_a—K_a—Ba_a^ix	0	Na_m2—Mg_m3—Na_m2^xxvi	180.0 (5)
Sr_a—K_a—Ca_m2^xv	0	Na_m2—Mg_m3—Na_m2^xviii	64.56 (3)
Sr_a—K_a—Ca_m2^v	0	Na_m2—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—Sr_a^iii	70.956 (10)	Na_m2—Mg_m3—O5^xxii	87.33 (8)
Sr_a^ii—K_a—Sr_a^viii	99.954 (14)	Na_m2—Mg_m3—O5^iii	43.72 (8)
Sr_a^ii—K_a—Sr_a^ix	147.012 (19)	Na_m2—Mg_m3—O5^xxiii	92.67 (8)
Sr_a^ii—K_a—Ti_l^i	51.401 (14)	Na_m2—Mg_m3—O5^xxiv	136.28 (8)
Sr_a^ii—K_a—Ti_l	145.04 (2)	Na_m2—Mg_m3—O_x	46.09 (8)
Sr_a^ii—K_a—Ti_l^ii	52.174 (9)	Na_m2—Mg_m3—O_x^xxv	133.91 (8)
Sr_a^ii—K_a—Ti_l^iii	102.776 (16)	Na_m2—Mg_m3—Ca_m2^xi	115.44 (3)
Sr_a^ii—K_a—Si^iv	46.701 (18)	Na_m2—Mg_m3—Ca_m2	0.0 (5)
Sr_a^ii—K_a—Si^i	103.361 (16)	Na_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^ii—K_a—Si^iii	103.37 (2)	Na_m2—Mg_m3—Ca_m2^xviii	64.56 (3)
Sr_a^ii—K_a—Si^v	46.868 (19)	Na_m2—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—Si^vi	90.34 (2)	Na_m2^xxvi—Mg_m3—Na_m2^xviii	115.44 (3)
Sr_a^ii—K_a—Si^vii	156.672 (18)	Na_m2^xxvi—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—O1^i	75.62 (5)	Na_m2^xxvi—Mg_m3—O5^xxii	92.67 (8)
Sr_a^ii—K_a—O1^iii	115.19 (5)	Na_m2^xxvi—Mg_m3—O5^iii	136.28 (8)
Sr_a^ii—K_a—O1^v	72.64 (5)	Na_m2^xxvi—Mg_m3—O5^xxiii	87.33 (8)
Sr_a^ii—K_a—O1^vii	175.09 (6)	Na_m2^xxvi—Mg_m3—O5^xxiv	43.72 (8)
Sr_a^ii—K_a—O3^iv	33.73 (5)	Na_m2^xxvi—Mg_m3—O_x	133.91 (8)
Sr_a^ii—K_a—O3^iii	83.07 (5)	Na_m2^xxvi—Mg_m3—O_x^xxv	46.09 (8)
Sr_a^ii—K_a—O3^v	32.39 (5)	Na_m2^xxvi—Mg_m3—Ca_m2^xi	64.56 (3)
Sr_a^ii—K_a—O3^vi	114.85 (6)	Na_m2^xxvi—Mg_m3—Ca_m2	180.0 (5)
Sr_a^ii—K_a—O4^iv	61.32 (4)	Na_m2^xxvi—Mg_m3—Ca_m2^xxvi	0.0 (5)
Sr_a^ii—K_a—O4^i	129.139 (15)	Na_m2^xxvi—Mg_m3—Ca_m2^xviii	115.44 (3)
Sr_a^ii—K_a—K_a^ii	0.0 (5)	Na_m2^xxvi—Mg_m3—Fe_m3	0
Sr_a^ii—K_a—K_a^iii	70.956 (10)	Na_m2^xviii—Mg_m3—Ti_m3	0
Sr_a^ii—K_a—K_a^viii	99.954 (14)	Na_m2^xviii—Mg_m3—O5^xxii	136.28 (8)
Sr_a^ii—K_a—K_a^ix	147.012 (19)	Na_m2^xviii—Mg_m3—O5^iii	92.67 (8)
Sr_a^ii—K_a—Na_a	0	Na_m2^xviii—Mg_m3—O5^xxiii	43.72 (8)
Sr_a^ii—K_a—Ba_a	0	Na_m2^xviii—Mg_m3—O5^xxiv	87.33 (8)
Sr_a^ii—K_a—Ba_a^ii	0.0 (5)	Na_m2^xviii—Mg_m3—O_x	46.09 (8)
Sr_a^ii—K_a—Ba_a^iii	70.956 (10)	Na_m2^xviii—Mg_m3—O_x^xxv	133.91 (8)
Sr_a^ii—K_a—Ba_a^viii	99.954 (14)	Na_m2^xviii—Mg_m3—Ca_m2^xi	180.0 (5)
Sr_a^ii—K_a—Ba_a^ix	147.012 (19)	Na_m2^xviii—Mg_m3—Ca_m2	64.56 (3)
Sr_a^ii—K_a—Ca_m2^xv	94.223 (17)	Na_m2^xviii—Mg_m3—Ca_m2^xxvi	115.44 (3)
Sr_a^ii—K_a—Ca_m2^v	130.34 (2)	Na_m2^xviii—Mg_m3—Ca_m2^xviii	0.0 (5)
Sr_a^iii—K_a—Sr_a^viii	147.012 (19)	Na_m2^xviii—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—Sr_a^ix	99.053 (15)	Ti_m3—Mg_m3—O5^xxii	0
Sr_a^iii—K_a—Ti_l^i	51.327 (15)	Ti_m3—Mg_m3—O5^iii	0
Sr_a^iii—K_a—Ti_l	143.99 (2)	Ti_m3—Mg_m3—O5^xxiii	0
Sr_a^iii—K_a—Ti_l^ii	103.045 (16)	Ti_m3—Mg_m3—O5^xxiv	0
Sr_a^iii—K_a—Ti_l^iii	51.817 (10)	Ti_m3—Mg_m3—O_x	0
Sr_a^iii—K_a—Si^iv	103.615 (16)	Ti_m3—Mg_m3—O_x^xxv	0
Sr_a^iii—K_a—Si^i	46.322 (18)	Ti_m3—Mg_m3—Ca_m2^xi	0
Sr_a^iii—K_a—Si^iii	103.02 (2)	Ti_m3—Mg_m3—Ca_m2	0
Sr_a^iii—K_a—Si^v	46.881 (18)	Ti_m3—Mg_m3—Ca_m2^xxvi	0
Sr_a^iii—K_a—Si^vi	157.29 (2)	Ti_m3—Mg_m3—Ca_m2^xviii	0
Sr_a^iii—K_a—Si^vii	89.54 (2)	Ti_m3—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—O1^i	33.78 (6)	O5^xxii—Mg_m3—O5^iii	87.86 (10)
Sr_a^iii—K_a—O1^iii	82.62 (5)	O5^xxii—Mg_m3—O5^xxiii	180.0 (5)
Sr_a^iii—K_a—O1^v	32.04 (5)	O5^xxii—Mg_m3—O5^xxiv	92.14 (10)
Sr_a^iii—K_a—O1^vii	113.91 (6)	O5^xxii—Mg_m3—O_x	90.22 (11)
Sr_a^iii—K_a—O3^iv	75.60 (6)	O5^xxii—Mg_m3—O_x^xxv	89.78 (11)
Sr_a^iii—K_a—O3^iii	114.94 (6)	O5^xxii—Mg_m3—Ca_m2^xi	43.72 (8)
Sr_a^iii—K_a—O3^v	72.70 (5)	O5^xxii—Mg_m3—Ca_m2	87.33 (8)
Sr_a^iii—K_a—O3^vi	174.13 (6)	O5^xxii—Mg_m3—Ca_m2^xxvi	92.67 (8)
Sr_a^iii—K_a—O4^iv	129.675 (14)	O5^xxii—Mg_m3—Ca_m2^xviii	136.28 (8)
Sr_a^iii—K_a—O4^i	60.71 (4)	O5^xxii—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—K_a^ii	70.956 (10)	O5^iii—Mg_m3—O5^xxiii	92.14 (10)
Sr_a^iii—K_a—K_a^iii	0.0 (5)	O5^iii—Mg_m3—O5^xxiv	180.0 (5)
Sr_a^iii—K_a—K_a^viii	147.012 (19)	O5^iii—Mg_m3—O_x	89.78 (11)
Sr_a^iii—K_a—K_a^ix	99.053 (15)	O5^iii—Mg_m3—O_x^xxv	90.22 (11)
Sr_a^iii—K_a—Na_a	0	O5^iii—Mg_m3—Ca_m2^xi	87.33 (8)
Sr_a^iii—K_a—Ba_a	0	O5^iii—Mg_m3—Ca_m2	43.72 (8)
Sr_a^iii—K_a—Ba_a^ii	70.956 (10)	O5^iii—Mg_m3—Ca_m2^xxvi	136.28 (8)
Sr_a^iii—K_a—Ba_a^iii	0.0 (5)	O5^iii—Mg_m3—Ca_m2^xviii	92.67 (8)
Sr_a^iii—K_a—Ba_a^viii	147.012 (19)	O5^iii—Mg_m3—Fe_m3	0
Sr_a^iii—K_a—Ba_a^ix	99.053 (15)	O5^xxiii—Mg_m3—O5^xxiv	87.86 (10)
Sr_a^iii—K_a—Ca_m2^xv	82.540 (16)	O5^xxiii—Mg_m3—O_x	89.78 (11)
Sr_a^iii—K_a—Ca_m2^v	116.106 (18)	O5^xxiii—Mg_m3—O_x^xxv	90.22 (11)
Sr_a^viii—K_a—Sr_a^ix	70.956 (10)	O5^xxiii—Mg_m3—Ca_m2^xi	136.28 (8)
Sr_a^viii—K_a—Ti_l^i	145.04 (2)	O5^xxiii—Mg_m3—Ca_m2	92.67 (8)
Sr_a^viii—K_a—Ti_l	51.401 (14)	O5^xxiii—Mg_m3—Ca_m2^xxvi	87.33 (8)
Sr_a^viii—K_a—Ti_l^ii	52.174 (9)	O5^xxiii—Mg_m3—Ca_m2^xviii	43.72 (8)
Sr_a^viii—K_a—Ti_l^iii	102.776 (16)	O5^xxiii—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Si^iv	90.34 (2)	O5^xxiv—Mg_m3—O_x	90.22 (11)
Sr_a^viii—K_a—Si^i	156.672 (18)	O5^xxiv—Mg_m3—O_x^xxv	89.78 (11)
Sr_a^viii—K_a—Si^iii	46.868 (19)	O5^xxiv—Mg_m3—Ca_m2^xi	92.67 (8)
Sr_a^viii—K_a—Si^v	103.37 (2)	O5^xxiv—Mg_m3—Ca_m2	136.28 (8)
Sr_a^viii—K_a—Si^vi	46.701 (18)	O5^xxiv—Mg_m3—Ca_m2^xxvi	43.72 (8)
Sr_a^viii—K_a—Si^vii	103.361 (16)	O5^xxiv—Mg_m3—Ca_m2^xviii	87.33 (8)
Sr_a^viii—K_a—O1^i	175.09 (6)	O5^xxiv—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—O1^iii	72.64 (5)	O_x—Mg_m3—O_x^xxv	180.0 (5)
Sr_a^viii—K_a—O1^v	115.19 (5)	O_x—Mg_m3—Ca_m2^xi	133.91 (8)
Sr_a^viii—K_a—O1^vii	75.62 (5)	O_x—Mg_m3—Ca_m2	46.09 (8)
Sr_a^viii—K_a—O3^iv	114.85 (6)	O_x—Mg_m3—Ca_m2^xxvi	133.91 (8)
Sr_a^viii—K_a—O3^iii	32.39 (5)	O_x—Mg_m3—Ca_m2^xviii	46.09 (8)
Sr_a^viii—K_a—O3^v	83.07 (5)	O_x—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—O3^vi	33.73 (5)	O_x^xxv—Mg_m3—Ca_m2^xi	46.09 (8)
Sr_a^viii—K_a—O4^iv	61.32 (4)	O_x^xxv—Mg_m3—Ca_m2	133.91 (8)
Sr_a^viii—K_a—O4^i	129.139 (15)	O_x^xxv—Mg_m3—Ca_m2^xxvi	46.09 (8)
Sr_a^viii—K_a—K_a^ii	99.954 (14)	O_x^xxv—Mg_m3—Ca_m2^xviii	133.91 (8)
Sr_a^viii—K_a—K_a^iii	147.012 (19)	O_x^xxv—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—K_a^viii	0.0 (5)	Ca_m2^xi—Mg_m3—Ca_m2	115.44 (3)
Sr_a^viii—K_a—K_a^ix	70.956 (10)	Ca_m2^xi—Mg_m3—Ca_m2^xxvi	64.56 (3)
Sr_a^viii—K_a—Na_a	0	Ca_m2^xi—Mg_m3—Ca_m2^xviii	180.0 (5)
Sr_a^viii—K_a—Ba_a	0	Ca_m2^xi—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ba_a^ii	99.954 (14)	Ca_m2—Mg_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^viii—K_a—Ba_a^iii	147.012 (19)	Ca_m2—Mg_m3—Ca_m2^xviii	64.56 (3)
Sr_a^viii—K_a—Ba_a^viii	0.0 (5)	Ca_m2—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ba_a^ix	70.956 (10)	Ca_m2^xxvi—Mg_m3—Ca_m2^xviii	115.44 (3)
Sr_a^viii—K_a—Ca_m2^xv	130.34 (2)	Ca_m2^xxvi—Mg_m3—Fe_m3	0
Sr_a^viii—K_a—Ca_m2^v	94.223 (17)	Ca_m2^xviii—Mg_m3—Fe_m3	0
Sr_a^ix—K_a—Ti_l^i	143.99 (2)	Na_m2^xi—Fe_m3—Na_m2	115.44 (3)
Sr_a^ix—K_a—Ti_l	51.327 (15)	Na_m2^xi—Fe_m3—Na_m2^xxvi	64.56 (3)
Sr_a^ix—K_a—Ti_l^ii	103.045 (16)	Na_m2^xi—Fe_m3—Na_m2^xviii	180.0 (5)
Sr_a^ix—K_a—Ti_l^iii	51.817 (10)	Na_m2^xi—Fe_m3—Ti_m3	0
Sr_a^ix—K_a—Si^iv	157.29 (2)	Na_m2^xi—Fe_m3—O5^xxii	43.72 (8)
Sr_a^ix—K_a—Si^i	89.54 (2)	Na_m2^xi—Fe_m3—O5^iii	87.33 (8)
Sr_a^ix—K_a—Si^iii	46.881 (18)	Na_m2^xi—Fe_m3—O5^xxiii	136.28 (8)
Sr_a^ix—K_a—Si^v	103.02 (2)	Na_m2^xi—Fe_m3—O5^xxiv	92.67 (8)
Sr_a^ix—K_a—Si^vi	103.615 (16)	Na_m2^xi—Fe_m3—O_x	133.91 (8)
Sr_a^ix—K_a—Si^vii	46.322 (18)	Na_m2^xi—Fe_m3—O_x^xxv	46.09 (8)
Sr_a^ix—K_a—O1^i	113.91 (6)	Na_m2^xi—Fe_m3—Ca_m2^xi	0.0 (5)
Sr_a^ix—K_a—O1^iii	32.04 (5)	Na_m2^xi—Fe_m3—Ca_m2	115.44 (3)
Sr_a^ix—K_a—O1^v	82.62 (5)	Na_m2^xi—Fe_m3—Ca_m2^xxvi	64.56 (3)
Sr_a^ix—K_a—O1^vii	33.78 (6)	Na_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Sr_a^ix—K_a—O3^iv	174.13 (6)	Na_m2^xi—Fe_m3—Mg_m3	0
Sr_a^ix—K_a—O3^iii	72.70 (5)	Na_m2—Fe_m3—Na_m2^xxvi	180.0 (5)
Sr_a^ix—K_a—O3^v	114.94 (6)	Na_m2—Fe_m3—Na_m2^xviii	64.56 (3)
Sr_a^ix—K_a—O3^vi	75.60 (6)	Na_m2—Fe_m3—Ti_m3	0
Sr_a^ix—K_a—O4^iv	129.675 (14)	Na_m2—Fe_m3—O5^xxii	87.33 (8)
Sr_a^ix—K_a—O4^i	60.71 (4)	Na_m2—Fe_m3—O5^iii	43.72 (8)
Sr_a^ix—K_a—K_a^ii	147.012 (19)	Na_m2—Fe_m3—O5^xxiii	92.67 (8)
Sr_a^ix—K_a—K_a^iii	99.053 (15)	Na_m2—Fe_m3—O5^xxiv	136.28 (8)
Sr_a^ix—K_a—K_a^viii	70.956 (10)	Na_m2—Fe_m3—O_x	46.09 (8)
Sr_a^ix—K_a—K_a^ix	0.0 (5)	Na_m2—Fe_m3—O_x^xxv	133.91 (8)
Sr_a^ix—K_a—Na_a	0	Na_m2—Fe_m3—Ca_m2^xi	115.44 (3)
Sr_a^ix—K_a—Ba_a	0	Na_m2—Fe_m3—Ca_m2	0.0 (5)
Sr_a^ix—K_a—Ba_a^ii	147.012 (19)	Na_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Sr_a^ix—K_a—Ba_a^iii	99.053 (15)	Na_m2—Fe_m3—Ca_m2^xviii	64.56 (3)
Sr_a^ix—K_a—Ba_a^viii	70.956 (10)	Na_m2—Fe_m3—Mg_m3	0
Sr_a^ix—K_a—Ba_a^ix	0.0 (5)	Na_m2^xxvi—Fe_m3—Na_m2^xviii	115.44 (3)
Sr_a^ix—K_a—Ca_m2^xv	116.106 (18)	Na_m2^xxvi—Fe_m3—Ti_m3	0
Sr_a^ix—K_a—Ca_m2^v	82.540 (16)	Na_m2^xxvi—Fe_m3—O5^xxii	92.67 (8)
Ti_l^i—K_a—Ti_l	140.92 (3)	Na_m2^xxvi—Fe_m3—O5^iii	136.28 (8)
Ti_l^i—K_a—Ti_l^ii	103.575 (15)	Na_m2^xxvi—Fe_m3—O5^xxiii	87.33 (8)
Ti_l^i—K_a—Ti_l^iii	103.144 (17)	Na_m2^xxvi—Fe_m3—O5^xxiv	43.72 (8)
Ti_l^i—K_a—Si^iv	55.99 (2)	Na_m2^xxvi—Fe_m3—O_x	133.91 (8)
Ti_l^i—K_a—Si^i	55.76 (2)	Na_m2^xxvi—Fe_m3—O_x^xxv	46.09 (8)
Ti_l^i—K_a—Si^iii	146.21 (2)	Na_m2^xxvi—Fe_m3—Ca_m2^xi	64.56 (3)
Ti_l^i—K_a—Si^v	72.857 (19)	Na_m2^xxvi—Fe_m3—Ca_m2	180.0 (5)
Ti_l^i—K_a—Si^vi	106.97 (3)	Na_m2^xxvi—Fe_m3—Ca_m2^xxvi	0.0 (5)
Ti_l^i—K_a—Si^vii	106.44 (2)	Na_m2^xxvi—Fe_m3—Ca_m2^xviii	115.44 (3)
Ti_l^i—K_a—O1^i	30.09 (6)	Na_m2^xxvi—Fe_m3—Mg_m3	0
Ti_l^i—K_a—O1^iii	133.73 (6)	Na_m2^xviii—Fe_m3—Ti_m3	0
Ti_l^i—K_a—O1^v	78.48 (5)	Na_m2^xviii—Fe_m3—O5^xxii	136.28 (8)
Ti_l^i—K_a—O1^vii	131.80 (6)	Na_m2^xviii—Fe_m3—O5^iii	92.67 (8)
Ti_l^i—K_a—O3^iv	30.19 (5)	Na_m2^xviii—Fe_m3—O5^xxiii	43.72 (8)
Ti_l^i—K_a—O3^iii	134.20 (5)	Na_m2^xviii—Fe_m3—O5^xxiv	87.33 (8)
Ti_l^i—K_a—O3^v	78.84 (5)	Na_m2^xviii—Fe_m3—O_x	46.09 (8)
Ti_l^i—K_a—O3^vi	132.55 (6)	Na_m2^xviii—Fe_m3—O_x^xxv	133.91 (8)
Ti_l^i—K_a—O4^iv	85.14 (3)	Na_m2^xviii—Fe_m3—Ca_m2^xi	180.0 (5)
Ti_l^i—K_a—O4^i	84.71 (3)	Na_m2^xviii—Fe_m3—Ca_m2	64.56 (3)
Ti_l^i—K_a—K_a^ii	51.401 (14)	Na_m2^xviii—Fe_m3—Ca_m2^xxvi	115.44 (3)
Ti_l^i—K_a—K_a^iii	51.327 (15)	Na_m2^xviii—Fe_m3—Ca_m2^xviii	0.0 (5)
Ti_l^i—K_a—K_a^viii	145.04 (2)	Na_m2^xviii—Fe_m3—Mg_m3	0
Ti_l^i—K_a—K_a^ix	143.99 (2)	Ti_m3—Fe_m3—O5^xxii	0
Ti_l^i—K_a—Na_a	0	Ti_m3—Fe_m3—O5^iii	0
Ti_l^i—K_a—Ba_a	0	Ti_m3—Fe_m3—O5^xxiii	0
Ti_l^i—K_a—Ba_a^ii	51.401 (14)	Ti_m3—Fe_m3—O5^xxiv	0
Ti_l^i—K_a—Ba_a^iii	51.327 (15)	Ti_m3—Fe_m3—O_x	0
Ti_l^i—K_a—Ba_a^viii	145.04 (2)	Ti_m3—Fe_m3—O_x^xxv	0
Ti_l^i—K_a—Ba_a^ix	143.99 (2)	Ti_m3—Fe_m3—Ca_m2^xi	0
Ti_l^i—K_a—Ca_m2^xv	48.83 (2)	Ti_m3—Fe_m3—Ca_m2	0
Ti_l^i—K_a—Ca_m2^v	92.74 (2)	Ti_m3—Fe_m3—Ca_m2^xxvi	0
Ti_l—K_a—Ti_l^ii	103.575 (15)	Ti_m3—Fe_m3—Ca_m2^xviii	0
Ti_l—K_a—Ti_l^iii	103.144 (17)	Ti_m3—Fe_m3—Mg_m3	0
Ti_l—K_a—Si^iv	106.97 (3)	O5^xxii—Fe_m3—O5^iii	87.86 (10)
Ti_l—K_a—Si^i	106.44 (2)	O5^xxii—Fe_m3—O5^xxiii	180.0 (5)
Ti_l—K_a—Si^iii	72.857 (19)	O5^xxii—Fe_m3—O5^xxiv	92.14 (10)
Ti_l—K_a—Si^v	146.21 (2)	O5^xxii—Fe_m3—O_x	90.22 (11)
Ti_l—K_a—Si^vi	55.99 (2)	O5^xxii—Fe_m3—O_x^xxv	89.78 (11)
Ti_l—K_a—Si^vii	55.76 (2)	O5^xxii—Fe_m3—Ca_m2^xi	43.72 (8)
Ti_l—K_a—O1^i	131.80 (6)	O5^xxii—Fe_m3—Ca_m2	87.33 (8)
Ti_l—K_a—O1^iii	78.48 (5)	O5^xxii—Fe_m3—Ca_m2^xxvi	92.67 (8)
Ti_l—K_a—O1^v	133.73 (6)	O5^xxii—Fe_m3—Ca_m2^xviii	136.28 (8)
Ti_l—K_a—O1^vii	30.09 (6)	O5^xxii—Fe_m3—Mg_m3	0
Ti_l—K_a—O3^iv	132.55 (6)	O5^iii—Fe_m3—O5^xxiii	92.14 (10)
Ti_l—K_a—O3^iii	78.84 (5)	O5^iii—Fe_m3—O5^xxiv	180.0 (5)
Ti_l—K_a—O3^v	134.20 (5)	O5^iii—Fe_m3—O_x	89.78 (11)
Ti_l—K_a—O3^vi	30.19 (5)	O5^iii—Fe_m3—O_x^xxv	90.22 (11)
Ti_l—K_a—O4^iv	85.14 (3)	O5^iii—Fe_m3—Ca_m2^xi	87.33 (8)
Ti_l—K_a—O4^i	84.71 (3)	O5^iii—Fe_m3—Ca_m2	43.72 (8)
Ti_l—K_a—K_a^ii	145.04 (2)	O5^iii—Fe_m3—Ca_m2^xxvi	136.28 (8)
Ti_l—K_a—K_a^iii	143.99 (2)	O5^iii—Fe_m3—Ca_m2^xviii	92.67 (8)
Ti_l—K_a—K_a^viii	51.401 (14)	O5^iii—Fe_m3—Mg_m3	0
Ti_l—K_a—K_a^ix	51.327 (15)	O5^xxiii—Fe_m3—O5^xxiv	87.86 (10)
Ti_l—K_a—Na_a	0	O5^xxiii—Fe_m3—O_x	89.78 (11)
Ti_l—K_a—Ba_a	0	O5^xxiii—Fe_m3—O_x^xxv	90.22 (11)
Ti_l—K_a—Ba_a^ii	145.04 (2)	O5^xxiii—Fe_m3—Ca_m2^xi	136.28 (8)
Ti_l—K_a—Ba_a^iii	143.99 (2)	O5^xxiii—Fe_m3—Ca_m2	92.67 (8)
Ti_l—K_a—Ba_a^viii	51.401 (14)	O5^xxiii—Fe_m3—Ca_m2^xxvi	87.33 (8)
Ti_l—K_a—Ba_a^ix	51.327 (15)	O5^xxiii—Fe_m3—Ca_m2^xviii	43.72 (8)
Ti_l—K_a—Ca_m2^xv	92.74 (2)	O5^xxiii—Fe_m3—Mg_m3	0
Ti_l—K_a—Ca_m2^v	48.83 (2)	O5^xxiv—Fe_m3—O_x	90.22 (11)
Ti_l^ii—K_a—Ti_l^iii	92.59 (2)	O5^xxiv—Fe_m3—O_x^xxv	89.78 (11)
Ti_l^ii—K_a—Si^iv	73.28 (2)	O5^xxiv—Fe_m3—Ca_m2^xi	92.67 (8)
Ti_l^ii—K_a—Si^i	148.88 (2)	O5^xxiv—Fe_m3—Ca_m2	136.28 (8)
Ti_l^ii—K_a—Si^iii	56.46 (2)	O5^xxiv—Fe_m3—Ca_m2^xxvi	43.72 (8)
Ti_l^ii—K_a—Si^v	56.46 (2)	O5^xxiv—Fe_m3—Ca_m2^xviii	87.33 (8)
Ti_l^ii—K_a—Si^vi	73.28 (2)	O5^xxiv—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—Si^vii	148.88 (2)	O_x—Fe_m3—O_x^xxv	180.0 (5)
Ti_l^ii—K_a—O1^i	124.44 (5)	O_x—Fe_m3—Ca_m2^xi	133.91 (8)
Ti_l^ii—K_a—O1^iii	80.25 (5)	O_x—Fe_m3—Ca_m2	46.09 (8)
Ti_l^ii—K_a—O1^v	80.25 (5)	O_x—Fe_m3—Ca_m2^xxvi	133.91 (8)
Ti_l^ii—K_a—O1^vii	124.44 (5)	O_x—Fe_m3—Ca_m2^xviii	46.09 (8)
Ti_l^ii—K_a—O3^iv	80.75 (5)	O_x—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—O3^iii	31.27 (5)	O_x^xxv—Fe_m3—Ca_m2^xi	46.09 (8)
Ti_l^ii—K_a—O3^v	31.27 (5)	O_x^xxv—Fe_m3—Ca_m2	133.91 (8)
Ti_l^ii—K_a—O3^vi	80.75 (5)	O_x^xxv—Fe_m3—Ca_m2^xxvi	46.09 (8)
Ti_l^ii—K_a—O4^iv	59.25 (7)	O_x^xxv—Fe_m3—Ca_m2^xviii	133.91 (8)
Ti_l^ii—K_a—O4^i	151.44 (8)	O_x^xxv—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—K_a^ii	52.174 (9)	Ca_m2^xi—Fe_m3—Ca_m2	115.44 (3)
Ti_l^ii—K_a—K_a^iii	103.045 (16)	Ca_m2^xi—Fe_m3—Ca_m2^xxvi	64.56 (3)
Ti_l^ii—K_a—K_a^viii	52.174 (9)	Ca_m2^xi—Fe_m3—Ca_m2^xviii	180.0 (5)
Ti_l^ii—K_a—K_a^ix	103.045 (16)	Ca_m2^xi—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—Na_a	0	Ca_m2—Fe_m3—Ca_m2^xxvi	180.0 (5)
Ti_l^ii—K_a—Ba_a	0	Ca_m2—Fe_m3—Ca_m2^xviii	64.56 (3)
Ti_l^ii—K_a—Ba_a^ii	52.174 (9)	Ca_m2—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—Ba_a^iii	103.045 (16)	Ca_m2^xxvi—Fe_m3—Ca_m2^xviii	115.44 (3)
Ti_l^ii—K_a—Ba_a^viii	52.174 (9)	Ca_m2^xxvi—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—Ba_a^ix	103.045 (16)	Ca_m2^xviii—Fe_m3—Mg_m3	0
Ti_l^ii—K_a—Ca_m2^xv	139.19 (2)

Symmetry codes: (i) x, y−1, z; (ii) −x+1/2, y−1/2, −z; (iii) −x+1/2, y−1/2, −z+1; (iv) x, y−1, z−1; (v) −x+1/2, −y+1/2, −z+1; (vi) x, −y+1, z−1; (vii) x, −y+1, z; (viii) −x+1/2, y+1/2, −z; (ix) −x+1/2, y+1/2, −z+1; (x) x+1/2, y+1/2, z; (xi) x, y, z−1; (xii) x, y+1, z; (xiii) x+1/2, y+1/2, z−1; (xiv) −x+1/2, −y+1/2, −z; (xv) x+1/2, y−1/2, z; (xvi) −x+1, y, −z; (xvii) −x, −y, −z+1; (xviii) −x, −y+1, −z+1; (xix) x, y, z+1; (xx) x−1/2, y−1/2, z; (xxi) −x, y, −z+1; (xxii) x−1/2, y−1/2, z−1; (xxiii) −x+1/2, −y+3/2, −z+1; (xxiv) x−1/2, −y+3/2, z−1; (xxv) −x, y, −z; (xxvi) −x, −y+1, −z; (xxvii) x, y+1, z+1; (xxviii) x+1/2, y+1/2, z+1; (xxix) x−1/2, y−1/2, z+1; (xxx) x−1/2, y+1/2, z; (xxxi) x, −y+2, z.