## The Interaction of Waves in CrystalsSolid-State and Molecular Theory Group, Massachusetts Institute of Technology, 1957 - Crystals - 56 pages |

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### Contents

Scattering of an Electromagnetic Wave by a Sinusoidal Perturbation | 12 |

The Thermal Vibrations of a Crystal | 25 |

Scattering of Electrons and Neutrons by Thermal Oscillations | 38 |

### Common terms and phrases

absorption acoustical Acta Cryst amplitude angle approximation assume atomic scattering factor average Blackman Bragg reflection Bragg scattering Bragg's law central Brillouin zone charge density Compton effect consider Debye diffuse scattering displacement distribution eigenvalues elastic constants elastic vibrations electromagnetic electron diffraction electron wave energy and momentum energy bands equal Fourier analysis Fourier components fs exp given incident wave infinite number interaction Krist lattice vibrations Laue London neutron P. P. Ewald papers perturbation Phil photon Phys Physik plane wave potential energy problem Proc propagation constant propagation vector proportional R. W. James reciprocal lattice Rontgenstrahlen scattered wave scattering of x-rays Schrodinger's equation sinusoidal sound wave specific heat sth atom structure summation temperature diffuse scattering thermal diffuse scattering thermal oscillations thermal vibrations thermal wave treatment Uber unit cell velocity vibration spectrum W. L. Bragg wave function wave of charge x-ray diffraction x-ray scattering