The Theory of Crystal Structure Analysis |
Contents
Selfconvolutions of functions | 15 |
Structure Amplitudes and Products as Random | 67 |
The distribution functions of structure amplitudes and hypersym | 95 |
Copyright | |
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Common terms and phrases
absolute magnitude accuracy addends analyze approximation atomic factor atomic functions average axes in P-function axis basic calculated Cauchy's inequality center of inversion center of symmetry centrosymmetric centrosymmetric crystal computed connecting determinant Consequently convolution correlation cos˛ Crystal Fedorov space curve determining signs deviation diffraction distribution function electron density equal equation example experimental F˛ series Fedorov space group formula Fourier transform g₁ Gaussian H₁ hypersymmetry Images of symmetry indices inequality integral intensity interatomic functions interatomic vectors inversion center limits magnitude maxima mean square method nodes number of atoms obtain origin of coordinates P-func particle possible reciprocal lattice reciprocal space reflections reliably positive scattering amplitude self-convolution spherical struc structure analysis structure products symmetry axes symmetry planes tion space Translation group trigonometric tudes unitary structure amplitude x-ray zero Ση