Stereoscopic Observation of Synthetic Diamond with Haruta Stereo-Pairs of Synchrotron Transmission Double-Crystal Topographs
TL;DRAbstract
The Haruta method is used for stereoscopic observation of a 1.5 x 4 x 4 1nm3 cuboctahedral synthetic diamond wiih transmission double--crystal topography. The experiments were performed using a synchrotron double-crystal arrangement with asymmetrical diamond 220 reflection selecting 1.0 radiation. The appropriate Haruta pairs were matched from a series taken with positions on the rocking curve changed by small intervals.
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The Haruta method is used for stereoscopic observation of a 1.5 x 4 x 4 1nm3 cuboctahedral synthetic diamond wiih transmission double--crystal topography. The experiments were performed using a synchrotron double-crystal arrangement with asymmetrical diamond 220 reflection selecting 1.0 radiation. The appropriate Haruta pairs were matched from a series taken with positions on the rocking curve changed by small intervals.
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