Atomic Structure and Properties of Solids, Volume 52Elias Burstein |
Contents
E BURSTEIN The macroscopic properties of solids | 1 |
Coupling to external probes and experimental evidences | 5 |
Interdigital transducers | 21 |
Copyright | |
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absorption acoustic wave anisotropic antisymmetric approximation atoms beam Brillouin BURSTEIN co-ordinate coefficients collective excitations components contribution corresponding coupling cubic D. F. NELSON deformation dependence derived dielectric constant dielectric tensor dipole discussed displacement effective charge eigenvectors elastic electric field electric susceptibility electro-optic effect electromagnetic electronic energy density exciton experimental ferroelectric force function given harmonic infra-red interaction invariant ionic Journ lattice Lett linear longitudinal macroscopic magnetic magnetoelastic material matrix Maxwell equations mode properties molecule nonlinear nonlinear optics nonzero normal obtained optical phonons parameters photoelastic photoelastic effect Phys piezoelectric plasmon point group polariton polarization principal directions propagation quadratic radiation Raman Raman scattering Rayleigh waves refractive relation resonance rotation scattering shown in Fig solid spatial spin static stored energy strain susceptibility symmetry temperature theory transition transverse unit cell variables vibrational wave vector wave-vector-dependent wavelength zero