Abstract

A review analysis of the problematic aspects of creating high-power nanosecond frequency-pulse solid-state lasers for use in various technological fields, including the electronics industry, has been carried out. Considered installations with various pumping methods (lamp and diode) in the frequency (about 100 Hz) of generation in the micron region of the infrared range. The possibilities of increasing the energy potential of influencing pulses in master oscillator-amplifier circuits, including two-pass amplification, are analyzed. Discussed possibilities and prospects for the use of lasers with active elements (AEs) on glass, as well as the synthesis of large-sized garnet single crystals with an admixture of rare earth elements and optical ceramics for the production of AEs.

中文翻译：

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高功率技术纳秒频率脉冲固态激光器的创建：问题与解决方案

摘要

对创建用于包括电子工业在内的各种技术领域的高功率纳秒频率脉冲固态激光器的问题方面进行了回顾分析。考虑采用各种泵浦方法（灯和二极管）在红外范围的微米区域内产生频率（约 100 Hz）的装置。分析了增加主振荡器放大器电路中影响脉冲的能量潜力的可能性，包括二次放大。讨论了在玻璃上使用具有活性元素（AE）的激光器的可能性和前景，以及合成大尺寸石榴石单晶与稀土元素混合物和用于生产AE的光学陶瓷。