Studies in Nonlinear OpticsStanford University, 1967 - 70 pages |
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achieved acoustic active medium actual addition alignment angle anti-Stokes apparent approximately benzene Brillouin shift Chapter characteristics consider cross section dependent detailed developed device diameter difference direction easily effect energy etalon excited experiments external extremely field Figure filaments filters focal region frequency gain geometry given high power hypersonic velocity incident increase intensity lamps laser beam laser cavity length lens less light light waves liquids longitudinal mode material measurements mirrors mode selection multiple nonlinear refractive index noted nsec observed obtained occur operation optical orders oscillation output pattern peak phenomena photodiode photograph portion possible power density present produced pulse pump Q-switch reflection refractive index resonator ruby ruby rod saturable self-trapping separated shift shown in Fig shows single sound spectral width spectrum spontaneous stimulated Brillouin scattering stimulated Raman scattering stimulated scattering technique temperature threshold transverse traveling usually various waves