## X-ray and neutron diffraction in nonideal crystals |

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### Contents

Distribution of the Scattering Intensity | 1 |

Static Displacements in Crystals with Bounded Defects | 75 |

Positions and Intensities of Regular Reflection Peaks | 147 |

Copyright | |

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### Common terms and phrases

according alloys angle anharmonicity anisotropy approximation averaging axis Bragg Bragg peaks Bragg reflection broadening Burgers vectors calculated caused coefficients condition considerably contribution coordination sphere correlation corresponding crystallites crystals containing cubic crystals cubic symmetry Debye-Waller factor decrease defect concentration dependence described determined diffuse scattering intensity dipoles direction dislocation density dislocation ensemble dislocation lines dislocation loops displacement fields effects elastic moduli elastically isotropic elasticity theory electron equations expansion experimental finite Fourier components function given Green function impurity atoms instance integral interstices interstitial isotropic lattice parameter lattice sites layer matrix neutron scattering neutrons obtain orientation particles peaks perfect crystal perpendicular phase Phys plane point defects produced radius range reciprocal lattice points regions regular reflection scattering intensity distribution Sect significant significantly small q solutions static displacements statistically independent structure amplitude temperature tensor tetragonal thermal unit cell vacancies values variation vector Q vibrations waves width X-ray diffraction X-ray line