Abstract
Much attention is now given to electron--distribution models that are fairly simple from the computational viewpoint but capable of describing the main solid-state bond features. We construct electron distributions for crystals having the diamond structure by means of localized bond functions, whose performance is evaluated by comparing the Fourier transforms with the observed structure factors for x-ray Bragg reflections for diamond and silicon. That approach to distribution description is of interest because wave-function calibration of x-ray form factors gives excellent agreement with variational calculations for the atomic density and atomic orbitals.
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