menusearch results
results of search on CRYSTALLOGRAPHY JOURNALS ONLINE 
Search query: disulfide compound
4 articles match your search "disulfide compound"Results 1 to 4, sorted by relevance:
data reports
Open 
access
access
The title compound, [Cu2I2(CH3CN)4], exhibits a centrosymmetric Cu2I2 core [Cu
Cu distance = 2.7482 (11) Å], the CuI atoms of which are further coordinated by four molecules of acetonitrile. The CuI atom has an overall distorted tetrahedral coordination environment evidenced by L—Cu—L angles (L = N or I) ranging from 100.47 (10) to 117.06 (2)°. The coordination geometries of the acetonitrile ligands deviate slightly from linearity as shown by Cu—N—C angles of 167.0 (2) and 172.7 (2)°. In the crystal, there are no significant hydrogen-bonding interactions present, so the crystal packing seems to be formed predominantly by van der Waals forces.
Cu distance = 2.7482 (11) Å], the CuI atoms of which are further coordinated by four molecules of acetonitrile. The CuI atom has an overall distorted tetrahedral coordination environment evidenced by L—Cu—L angles (L = N or I) ranging from 100.47 (10) to 117.06 (2)°. The coordination geometries of the acetonitrile ligands deviate slightly from linearity as shown by Cu—N—C angles of 167.0 (2) and 172.7 (2)°. In the crystal, there are no significant hydrogen-bonding interactions present, so the crystal packing seems to be formed predominantly by van der Waals forces.metal-organic compounds
The title compound, [Nb2Cl6(C2H6S)3], contains an NbIII=NbIII double bond [2.6880 (3) Å]. Each Nb atom has a distorted octahedral coordination environment formed by two terminal and two bridging Cl− ions, and one monodentate and one bridging Me2S ligands.
mineralogical crystallography
The discovery of naturally occurring metal–organic framework (MOF) minerals highlights the connection between crystal engineering and mineralogy. It is shown how classification of such organic minerals rests on concepts of supramolecular chemistry, coordination chemistry and crystal engineering.
research papers
Some 60 examples of crystal structures are presented which can be better described in space groups different from those used in the original publications.
