## X-ray Diffraction |

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### Contents

Scattering by atoms | 1 |

Inelastic scattering theory | 18 |

Experiments | 36 |

Copyright | |

26 other sections not shown

### Common terms and phrases

aberrations absorption amplitude angular approximation atoms Bloch wave Borrmann Bragg angle Bragg condition Bragg peaks calculated centroid Chap coefficient component considered corresponding counting rate crystal waves defects defined density detector diffractometer direction discussed dispersion point dispersion surface displacement effects Eikonal electron energy entrance surface equation error Ewald sphere exit surface experimental expression FIGURE function G waves geometrical given Hartree-Fock illustrated in Fig incident beam incident wave integrated intensity intensity distribution intensity field Kohra lattice Laue Maxwell equations measured momentum monochromator obtained optical parameter peak Pendellosung fringes perfect crystals perpendicular phase plane wave plane-wave theory position Poynting vector radiation range rays reciprocal space reciprocal-lattice point reflection relation respectively rocking curve sampling region scanning scattering factor section topograph shown in Fig solution specimen spherical spherical-wave theory symmetrical unit cell variation wave fields wave vectors wavefunction wavelength width x-ray diffraction zero