CONTROL OF LASER RADIATION PARAMETERS: Q switching of a YAG:Nd3+ laser by LiF:F2- crystals in a linear three-mirror resonator

T. Basiev, A. N. Kravets, S. Mirov, A. Fedin
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引用次数: 5

Abstract

Single-mode radiation in the form of separate trains of pulses of 2.3-J energy, 5-ms duration, and an average power of 114 W was generated for the first time. The trains consisted of equidistant pulses with a peak power of 817 kW, a 140-ns duration, and a 250-μs pulse-repetition period. The time and energy parameters of the radiation could be varied within wide ranges by changing the electrical pump power.
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激光辐射参数的控制:利用LiF:F2-晶体在线性三镜腔中实现YAG:Nd3+激光器的Q开关
首次产生了能量为2.3 j、持续时间为5 ms、平均功率为114 W的单模辐射。脉冲序列由等距脉冲组成,峰值功率为817 kW,持续时间为140-ns,脉冲重复周期为250 μs。通过改变电泵功率,可以在较大范围内改变辐射的时间和能量参数。
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Large-Aperture CO2 Amplifier Fast objective for focusing laser light Increasing the mode-locking efficiency of a cw solid-state laser with an auxiliary cavity Regarding the paper "Stability of the eigenvalue solutions in a nonlinear directional coupler" by V. P. Torchigin et al. [Sov. J. Quantum Electron. 21, 1144–1147 (1991)] Correlation diagnostics of random spatially nonuniform optical fields
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