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A novel phase determination approach comparing FWHMs with intensities of rocking curves from the top and bottom surfaces of a polar crystal is proposed. This approach is potentially very useful for determining the phase of a polar crystal, including that for a nearly perfect crystal.

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A novel phase determination approach comparing FWHMs with intensities of rocking curves from the top and bottom surfaces of a polar crystal is proposed. This approach is potentially very useful for determining the phase of a polar crystal, including that for a nearly perfect crystal.

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Using the spacing and position of X-ray interference fringes accompanied by mirage diffraction, the strain distribution of a plane-parallel Si single crystal fixed at one end has been measured as a function of the distance l from the incident plane of the X-rays to the crystal edge. The measured strain gradients are proportional to l2, which agrees with rod theory.
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