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MULTI-ALKALI PHOTOCATHODE DEVELOPMENT AT BROOKHAVEN NATIONAL LAB FOR APPLICATION IN SUPERCONDUCTING PHOTOINJECTORS

机译:Brookhaven国家实验室的多碱光电阴极开发,用于超导光版喷射器的应用

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The development of a suitable photocathode for use in a high average current photoinjector at temperatures ranging from 273 K down to 2 K is a subject of considerable interest, and active research. The choice of photocathode material is often a trade-off made based on the quantum efficiency of the cathode material, the tolerance to adverse vacuum conditions, and the laser wavelength needed to produce photoelectrons. In this paper an overview of the BNL work to date on CsK{sub}2Sb photocathodes on a variety of substrates, irradiated at multiple wavelengths, and at temperatures down to 170 K will be discussed. The application of this photocathode
机译:在高度平均电流光灭绝的温度范围为273 k下至2k的温度下,开发适合的光电阴极的开发是具有相当兴趣和积极研究的主题。光电阴极材料的选择通常是基于阴极材料的量子效率,对不利真空条件的耐受性的折衷和产生光电子所需的激光波长。在本文中,将在多个波长照射的各种基板上的CSK {Sub} 2SB光电阴极上的BNL工作概述,并且将讨论在低至170k的温度下。这种光电阴极的应用

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