Stimulated emission of cresyl violet pumped by N2 laser or rhodamine 6G dye laser

Castelli, Francesco

doi:10.1063/1.87971

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' 101 '1

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1976

2021

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Cited by 4 publications

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“…However, water cannot be used with all dyes. 151 argon-ion, 53>152>153 xenon-ion 154 and Higher pumping powers increase p light-to-light conversion efficiency. Table VI lists some performance characteristics for pumping with various lasers.…”

Section: ' 101 'mentioning

confidence: 99%

Tunable lasers for waste management photochemistry applications. [Dye lasers, excimer lasers, IR lasers]

Finch¹

1978

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A review of lasers with potential photochemical applications in waste management indicates that dye lasers, as a class, can provide tunable laser output through the visible and near-uv regions of the spectrum of most interest to photochemistry. Many variables can affect the performance of a specific dye laser, and the interactions <>i these variables, at the current state ot the art, arc complex. The recent literature on dye-laser chara.-terisi ics has been reviewed and summarized, with emphasis on those parameters that most likely will affect the scaling of dye lasers in photochemical applications. Current costs are reviewed and correlated with output power. A new class of efficient uv lasers that appear to be scalable in both energy output and pulse rate, based on rare-gas halide excimers and similar molt-

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Section: ' 101 'mentioning

confidence: 99%