电光测量高能电子辐照下PMMA中捕获电荷分布

C. Cooke, K. Wright, M. Hikita, M. Zahn
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引用次数: 0

摘要

高能电子对材料的渗透是一个重要的基本过程,它有助于理解辐射效应,如交联,也有助于评估电荷积累的破坏性影响,如航天器充电。虽然能量沉积是众所周知的传统剂量测量方法,有相对较少的实验信息,净电荷分布和电场积累在绝缘体内的电子束轰击的结果,特别是在MeV入射能量范围内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trapped charge distributions in PMMA from energetic electron irradiation by electro-optic measurements
The penetration of energetic electrons into materials is an important fundamental process which is useful in understanding radiation effects, such as crosslinking, and also in evaluating damaging effects from charge accumulation such as in spacecraft charging. While energy deposition is well known by traditional dose measurement methods, there is relatively little experimental information about net charge distributions and electric fields which accumulate within insulators as a result of electron beam bombardment, especially in the MeV incident energy range.
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