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The method of Stimulated Brillouin Scattering (SBS) in liquids is a well known technique for temporal compression of ns-pulses. Present day interests in SBS mainly focus on its phase conjugation properties. But the theory and experimental techniques for the optimization of SBS at high compression factors and efficiencies are not yet fully developed. This holds especially for the compression of coherent pulses with energies exceeding 100mJ. Most experimental reports on pulse compression in SBS-liquids restrict on single SBS-oscillator cell setups with less than 10mJ input energy. Or multi-mode pulses from e.g. excimer lasers are compressed with low conversion efficiencies.
© 1996 IEEE
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