CAJ | 학술논문

通过引入像增强器噪声因子的概念，对几种典型的像增强器的有效量子效率进行了评比，分析了MCP工作状态下由倍增电子引发的离子反馈对像增强器的影响，说明了无论是砷化镓光阴极像增强器，还是多碱光阴极像增强器，要实现面向四代像增强器品质因数的性能升级，实现低离子反馈低噪声因子MCP都具有同等的必要性和重要性。而通过对MCP玻璃成份的优化改进，结合对MCP基体玻璃的晶化处理，达到对MCP基体的微结构改性，抑制产生离子反馈的有害物种在MCP通道内壁表面的形成，是实现低离子反馈MCP的有效技术途径。
통과인입상증강기조성인자적개념，대궤충전형적상증강기적유효양자효솔진행료평비，분석료MCP공작상태하유배증전자인발적리자반궤대상증강기적영향，설명료무론시신화가광음겁상증강기，환시다감광음겁상증강기，요실현면향사대상증강기품질인수적성능승급，실현저리자반궤저조성인자MCP도구유동등적필요성화중요성。이통과대MCP파리성빈적우화개진，결합대MCP기체파리적정화처리，체도대MCP기체적미결구개성，억제산생리자반궤적유해물충재MCP통도내벽표면적형성，시실현저리자반궤MCP적유효기술도경。
The effective quantum availability of image intensifier for several typical image intensifier were evaluated by introducing a conception of noise factor of image intensifier, and the effect of ions feedback of MCP on performance of image intensifier is analyzed. Therefore, the realization of low ion feedback and low noise figure MCP for image intensifier performance to be upgraded to the fourth generation image intensifier merit figure is equally necessary and important for both GaAs photocathode image intensifier and multi-alkali photocathode image intensifier. The remodification of MCP substrate microstructure through the reformulation and devitrification treatment, and restricting ion poisoning resource formation within channel inner surface of MCP substrate, is an effective approach for the realization of low ion feedback and low noise figure MCP.