1) Tantalum(Ta) cathode mixed cesium(Cs)
浸铯钽阴极
2) tantalum cathode
钽阴极
3) Ag O Cs cathode
银氧铯阴极
1.
The article also introduces the selection and processing of the base of Ag O Cs cathode and the process of Ag O Cs cathode and the techniques we use to raise the cathode sensitivity, to lower the noise and to extend the spectrum.
简要叙述了超高速光电管选择反射式银氧铯作为光电阴极的依据 ,介绍了银氧铯阴极的基底选择、处理和银氧铯阴极的制备 ,以及如何提高银氧铯阴极灵敏度、降低暗噪声、拓展光谱范围所采用的工艺方法 ,测量研制出的整管参数 ,由此得出了相关的结
4) Te-Cs cathode
碲铯光阴极
5) cesium hollow cathode
铯空心阴极
6) CsI photocathode
碘化铯光阴极
1.
The effects of vacuum-baking on the chemical state of CsI photocathodes are studied with X-ray photoelectron spectroscopy (XPS).
本文应用XPS(X射线光电子能谱仪)研究了真空烘烤对碘化铯光阴极化学状态的影响。
补充资料：汗浸浸
1.汗水浸湿貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条