Abstract
Using steady-state approximations to describe the performance of an HgBr* (B→X), uv-preionized discharge laser oscillator and amplifier, values are derived for small-signal gain g0, absorption α0, and saturation flux Isat. The averaged best fit of the experimental data to the theoretical expressions is found for g0=6.6%/cm, α0=0.35%/cm, and Isat =200 kW/cm2 for the case when the buffer gas consists of 900 Torr Ne+100 Torr N2.
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