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HIGH POWER UV AND VUV EXCILAMPS

机译:高功率紫外线和紫外线紫外激发器

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摘要

Last time interest in design and development of new types of UV and VUV spontaneous radiation sources, in particular excilamps, has considerably grown. Excilamps are essentially more simple in design and operation as compared to excimer lasers, and emit in wider range of wavelengths. The most efficient excilamps on transitions of rare gas dimers R_2~* and rare gas monohalides RX~* can find wide industrial application. Therefore improving of their output parameters is of great importance. In this paper, the output parameters of excilamps with different geometry pumped by capacitive discharge, barrier discharges, glow discharges and UV preionized discharge are presented. The paper reviews the experimental results obtained at the High Current Electronics Institute.
机译:上次对新型紫外线和VUV自发辐射源(特别是激发电流)的设计和开发的兴趣大大增加。与准分子激光器相比,准分子放大器在设计和操作上实质上更为简单,并且发射的波长范围更广。稀有气体二聚体R_2〜*和稀有气体单卤化物RX〜*跃迁的最有效激发电流可以在工业上得到广泛应用。因此,改善它们的输出参数非常重要。本文介绍了通过电容放电,势垒放电,辉光放电和紫外线预离子化放电泵浦的具有不同几何形状的励磁放大器的输出参数。本文回顾了在高电流电子研究所获得的实验结果。

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