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Subnanosecond pulse amplification in rare gas halide lasers

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Abstract

Amplification in rare gas halide lasers is limited by the presence of nonsaturable loss within the media. Inclusion of nonsaturable loss in a two-level system with a bound tower state shows that for a pulse whose duration is shorter than the energy storage time rs of the medium, the maximum energy fluence, Emax (J/cm2), is approximately.

© 1981 Optical Society of America

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