1) Ag O Cs photocathode
Ag-O-Cs光电阴极
2) Ag cathode
Ag阴极
1.
The vacuum evaporation of Mg and Ag cathodes was presented.
探讨了Mg阴极和Ag阴极的真空蒸镀工艺,Mg蒸镀电流在85A左右时压强开始迅速上升,但Mg原子并未被蒸镀到基底上。
3) photocathode
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光电阴极
1.
In-situ Spectral Response Measurement of the Multi-Alkali Photocathodes;
多碱光电阴极光谱响应在线测试结果与分析
2.
Quantitative Angle Dependent XPS Studies of Activation of GaAs Photocathode;
用变角XPS定量分析研究GaAs光电阴极激活工艺
3.
Property Evaluation of NEA Photocathodes;
负电子亲和势光电阴极评估技术研究
5) Cs-to-O current ratio
Cs-to-O电流比
6) GaAs photocathode
GaAs光电阴极
1.
Stability of GaAs photocathodes under different intensities of illumination;
GaAs光电阴极在不同强度光照下的稳定性
2.
A dedicated,computer-automated multi-information measurement system has been successfully developed,based on field bus,which is capable of on-line measuring,acquiring,saving and processing most information involved in GaAs photocathode preparation,including the pressure of the activation vacuum chamber,photocurrent of the photocathode,spectral response,current of both Cs and O sources.
研制了一套基于现场总线技术的GaAs光电阴极多信息量测试系统,该系统可在线测试和保存阴极制备过程中的大部分信息量,如激活系统的真空度、阴极光电流、光谱响应曲线、Cs源和O源电流等。
3.
A novel computer-controlled multi-function system has been developed to characterize GaAs photocathode.
利用自行研制的GaAs光电阴极多信息量测试与评估系统,比较了不同Cs、O激活方式下GaAs光电阴极的激活过程、光谱响应特性以及稳定性的差异,发现与传统的Cs源、O源交替断续激活方式相比,Cs源持续,O源断续的激活方式能获得灵敏度更高和稳定性更好的阴极,且阴极的长波响应能力也得到提高。
补充资料：光电对抗侦察(见光电对抗)
光电对抗侦察(见光电对抗)
electro-optical reconnaissance of electronic warfare
guangdian duikang zheneha光电对抗侦察(elee‘ro一op‘ical reconnais-sanee ofeleetronicwarfare)见光电对抗。
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