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Wave interactions with moving boundaries
single moving slab
7 other sections not shown
acoustic resonance acoustic wave acoustic wave frequency amplitude amplitude changes Bragg angle Bragg diffraction cavity Chapter Combining Eqs conducting plates configuration showing considered crystal dielectric constant diffracted beam diffracted light diffraction pattern Doppler effect Doppler shift experiment due to acoustic electric field electromagnetic wave equations ferromagnetic ferromagnetic material frequency converter frequency shifts Gc/s incident light inertial frame interface moves laser light longitudinal acoustic wave Lorentz transformation magnetic field material medium Mc/sec microwave mirror effect mode amplitudes moving boundary moving interface moving periodic structure moving slab nonlinear material nonrelativistic normal incidence obtained optical cavities parametric peak permittivity phase velocity propagation reflected and transmitted reflected wave reflection coefficient refraction relations respectively ribbon-shaped Section series of moving shown in Fig sidebands spin-wave stationary Substituting Eq transducer transmission coefficients transmitted waves transverse acoustic wave uniform TEM wave V/Vp voltage wave interacting wave matrix wave number wave vector