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Representation by Tensors of the Physical Properties of Crystals
Propagation of Plane Acoustic Waves in a Nonpiezoelectric
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acoustic beam acoustic power acousto-optic angle anisotropic media applied axis Bragg angle Brillouin Brillouin scattering corresponding coupling coefficient crystal crystallographic point group defined deflection deflector deformation determined dielectric diffracted light direction of propagation displacement elastic constants electric field elongation equal equation Exercise expression figures of merit free surface frequency function incident light index ellipsoid indicatrix isotropic medium light beam light waves longitudinal waves material matrix modulation modulation index Neumann's principle non-piezoelectric obtained optical parallel perpendicular phase velocity photoelastic coefficient photoelastic constants photoelastic effect photon physical property piezoelectric layer piezoelectric medium piezoelectric transducer Pll Pl2 point group polarization principal axes pulse quadric Rayleigh wave rays reference axes refractive index relation resonances silica solution strain stress suffixes surface acoustic waves surface waves symmetry tensor components tensor of rank Tetragonal transverse ultrasonic ultrasound values variation vibration volume waves wave propagating wave vector wavelength zero