Photoelectron Collection Efficiency Of PDT

A. Rajpar, Barat Ali Laghari, I. Ahmed, I. A. Haalepoto, R. H. Mari
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Abstract

Photoelectron collection efficiency for 3-(2-Pyridyl)-5,6-diphenyl-1,2,4-triazine (PDT) photocathode in pure Methane and in Argon Methane gas mixtures at different rations i.e. 50:50, 80:20 and 90:10 against decreased electric field and photons of wavelength ranging  from 190nm to 230nm has been presented. Maximum QE reaches to ~95%, ~94 and ~95 of vacuum QE respectively in charge multiplication mode. These values are achieved at approximately E/p = 3.5 V/cm.Torr, 2.5 V/cm.Torr and 2 V/cm.Tor at 190 nm respectively. Similar QE are achieved E/p = 4.1 V/cm.Torr, 2.7 V/cm.Torr and 2.2 V/cm.Torr respectively at 230 nm.
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PDT的光电子收集效率
本文研究了3-(2-吡啶基)-5,6-二苯基-1,2,4-三嗪(PDT)光电阴极在纯甲烷和氩气混合物中以50:50、80:20和90:10的不同比例(分别为50:50、80:20和90:10)对电场和波长为190 ~ 230nm的光子的收集效率。在电荷倍增模式下,最大QE分别达到真空QE的~95%、~94和~95。这些值大约在E/p = 3.5 V/cm时实现。Torr, 2.5 V/cm。和2v /cm。分别在190 nm处。E/p = 4.1 V/cm。Torr, 2.7 V/cm。和2.2 V/cm。分别在230 nm处。
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