Contemporary Crystallography |
Contents
Introduction | 1 |
The geometrical nature of order in crystals | 14 |
The diffraction of xrays by crystals | 45 |
Copyright | |
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Common terms and phrases
amplitude angle arrangement of atoms axes Bragg Bragg's law centrosymmetrical crystals Chapter computed cone-axis coordinates corresponding crystal structure crystallographic derived determined diffraction symbol dimensions electron density equipoints example extinction Fhkl Fourier series Fourier synthesis Fourier transform Friedel symmetry geometrical glide plane Harker heavy atom improper rotations integers intensity inversion isogonal lattice array lattice points lattice type Laue cone locations M. J. Buerger magnitude measured molecule motif Notes on history operations orientation origin parallel parameters path difference pattern Patterson function peaks phase photographic film point groups position precession precession photographs primitive cell produce radiation rational axis rays reciprocal lattice reciprocal-lattice point reflection hkl relation result rotating-crystal method rotation axis screw shown in Fig Significant literature signs space group stack summation symmetry element Table thermal translation component vector wavelength Weissenberg method Weissenberg photographs x-ray beam X-ray crystallography x-ray diffraction