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为了研究超高功率激光与物质相互作用过程中的各种效应、现象和机制及其可能的应用,从1979年起,我校物理系激光教研室开始设计建造万兆瓦级高功率钕玻璃激光装置及靶场系统,经过四年的努力,终于1983年底基本建成并投入试运行,同时,成功地进行了激光等离子体光X光辐射(简称LPX)的摄谱试验。这套高功率钕玻璃激光系统,是由一级振荡器、九级主放大器以及若干个光隔离器、空
In order to study the various effects, phenomena, mechanisms and their possible applications in the interaction between ultrahigh power laser and matter, from 1979, the Department of Physics, Department of Physics, started to design and construct a 10 MW high power neodymium glass laser device And shooting range system. After four years of hard work, it was basically completed and put into trial operation by the end of 1983. At the same time, the photogrammetry experiment of laser plasma X-ray radiation (LPX) was successfully carried out. The high-power neodymium glass laser system, is composed of a oscillator, nine main amplifier and a number of optical isolators, empty