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Neutron-irradiated Si by positron annihilation

机译:正电子ni灭中子辐照的硅

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摘要

SILICON is a quite important material in the application of energy resources technology. With the development of ion-implantation technique and the increasing interest in dopping, it is very important to know the relationship between the vacacies induced by the particle irradiation damage and the annealing temperature. The positron annihilation is a very useful method for studying defects in the semiconductor, because the annihilation characteristics of trapped positron are influenced by the charge of the defects. It has been shown that the positrons can be trapped by defects created by irradiation damage in the semiconductor.
机译:SILICON是能源技术应用中非常重要的材料。随着离子注入技术的发展和对掺杂的关注日益增加,了解粒子辐照损伤引起的空位与退火温度之间的关系非常重要。正电子an灭是研究半导体中缺陷的一种非常有用的方法,因为被俘获的正电子的the灭特性受缺陷电荷的影响。已经表明,正电子可以被半导体中的辐射损伤所产生的缺陷所俘获。

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