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The Elements of Crystallography
Diffraction of Radiation by Crystals
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absorption AgBr AgCl alkali halides angle applied approximation atoms axes axis Bravais lattice Brillouin zone Chapter charge coefficients components conduction band coordinate crystal structure cube curve Debye defects density depends dielectric constant dielectric function diffraction direction discussed dislocation displacement effect elastic electric field electron equation equilibrium example excited exciton F band F center FIGURE follows frequency function given grain hexagonal impurity indicated interaction interstitial ion vacancies ionic crystals isotropic lattice vibrations longitudinal low temperature metal mobility NaCl nearest neighbors neutron obtained optical oscillator phonons photoconductivity Phys plane polarizability polarization positive potential properties reciprocal lattice reflection relation resonance result room temperature rotation scattering Seitz shear shown in Fig shows silver halides Solid State Physics solutions space specific heat strain surface symmetry tensor theory thermal tion transverse trapped unit cell valence vector velocity wave wavelength wavevector x-ray York zero