Mechanism analysis and experiment research of Ga_(1-x)Al_xAs/GaAs photocathode spectral response extending to short wave;
Ga_(1-x)Al_xAs/GaAs光阴极光谱响应向短波延伸的机理分析和实验研究
Research on quantum efficiency of X-ray photocathode;
X射线光阴极量子效率的研究
DC-SC photocathode RF electron gun is the new injector based on the laser-driven superconducting RF gun.
文章介绍DC SC光阴极微波电子枪中的关键部件———Cs2 Te光阴极的研制。
GaAs/AlGaAs layers,used as GaAs photocathode materials,were grown by metal organic chemical vapor deposition on GaAs substrates.
为探索砷化镓光阴极的光电灵敏度的影响因素 ,利用X射线光电子能谱、二次离子质谱和电化学方法测试和分析了国内和国外GaAs光阴极材料GaAs/AlGaAs的C ,O含量和空穴浓度分布。
Electrostatic bonding method is proposed to combine GaAs photocathode materials and glass.
提出了用于GaAs光阴极粘结的静电键合方法。
To solve the problem of thickness non-uniformity of the transmission mode Cs2Te photocathode,the mechanism producing the problem and the influencing factors were analyzed on the basis of theoretical and experimental research.
为解决透射式Cs2Te光阴极厚度不均匀问题,通过理论和实验研究,分析了产生此问题的机理及其影响因素。
Research of photo-cathode RF gun and superconducting accelerator experiment;
光阴极注入器超导加速腔集成实验研究