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在长磁聚焦电偏转象增强器的设计中,我们着重从理论上证明了,在长磁聚焦场中能够实现电的线性偏转成象、并且研究试制了满足任务要求的、性能良好的长磁聚焦电偏转高速照相增强器。在设计时,我们看到了W.Hertz的文章,W.Hertz提出:“从Astracon管的设计,至今排除使用电偏转,仅由随时间变化的磁场进行偏转”但是,磁偏转的滞后时间较长,不能满足我们所承担的任务的要求,我们所要研究试制的象增强器必须采用电偏
In the design of long magnetic focusing electric deflection image intensifier, we have emphatically proved that the linear deflection imaging of electricity can be realized in the long magnetic focusing field, and the research and manufacture of the long magnetic Focus electro-deflection high-speed camera enhancer. At design time we saw W. Hertz's article: “The design from the Astracon tube has so far precluded the use of electrical deflections and only deflected by magnetic fields that change over time.” However, magnetic deflections lag longer , Can not meet the requirements of the tasks we assume, we want to study the trial like the enhancer must use the electrical bias