Synthesis of rare gas‐halide mixtures resulting in efficient XeF(C→A) laser oscillation
Author:
Publisher
AIP Publishing
Subject
Physics and Astronomy (miscellaneous)
Link
http://aip.scitation.org/doi/pdf/10.1063/1.95452
Reference8 articles.
1. Efficient XeF(C→A) laser oscillation using electron‐beam excitation
2. Optimization of electrically excited XeF(C→A) laser performance
3. Transfer and quenching rate constants for XeF(B) and XeF(C) state in low vibrational levels
4. Observations of gain and laser oscillation in the blue‐green during direct pumping of XeF by microsecond electron beam pulses
5. Photolytically pumped XeF (C→A) laser studies
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1. A 170 J electron beam pumped XeF(C→A) laser;IEEE Journal of Quantum Electronics;1995-03
2. Single-frequency operation of a long-pulse e-beam excited XeF(C-A) laser;IEEE Journal of Quantum Electronics;1994
3. Threshold behavior and optimum transmission for a pulsed laser;Optics Communications;1993-01
4. Gain measurements on the KrF(B to X), XeF(B to X), and XeF(C to A) laser transitions in an XeF(C to A) laser gas mixture;IEEE Journal of Quantum Electronics;1991-06
5. Time-resolved studies of the C-A transition in avalanche discharges: fluorescence and gain-loss studies;IEEE Journal of Quantum Electronics;1991
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