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在强激光物理实验中,为了观测脉冲开关的放电过程,大面积二极管等离子体形成过程,强流电子束的均匀性与时间相关性等物理参数,根据我国著名科学家王淦昌的提议,西安光机所经过两年多时间,研制成功一台双近贴聚焦象增强器四通道纳秒分幅相机。该分幅相机主要性能优于国内外同类产品,荣获中国科学院科技进步一等奖。 SX—1型双近贴聚焦象增强器纳秒分幅相机采用多通道象增强器分幅技术代替快门可控型变象管分幅技术,使曝光时间缩短到3纳秒,画幅间隔可
In the intense laser physics experiment, in order to observe the discharge process of the pulse switch, the formation process of the large-area diode plasma, the uniformity and time correlation of the strong electron beam and other physical parameters, according to the suggestion of the famous scientist Wang Ganchang in our country, After more than two years, the successful development of a dual near-focus image intensifier quad-channel nanosecond framing camera. The sub-camera main performance superior to similar products at home and abroad, won the first prize of progress in science and technology of Chinese Academy of Sciences. SX-1 double close focus image intensifier nano-second sub-frame camera with multi-channel image intensifier framing technology instead of the shutter controllable voxel framing technology, the exposure time is shortened to 3 nanoseconds, frame interval can be