Radiation properties of zinc diphosphide and their influence on infrared absorption

A. Groza, D. Korbutiak, E. Korbut, A. Kudin, V. I. Kutz, V. Opilat, M. Pinkovska, V. Tartachnik
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Abstract

Studying of simple and complex defects in zinc diphosphide after ionizing irradiation has been carried out. ZnP2 crystals of (alpha) - and (beta) -modification have been irradiated by (gamma) -rays of Co60, electrons and reactor's neutrons. Electrical and optical characteristics of initial, irradiated at different temperatures and annealed samples have been measured. From the analysis of experimental and literary dates it is clear that phosphorous chains in zinc diphosphide possess low radiation resistance and main optically active centers are induced by fast particles to phosphorous quasi-molecules.
二磷化锌的辐射特性及其对红外吸收的影响
对二磷化锌电离辐照后的简单缺陷和复杂缺陷进行了研究。(α) -和(β) -改性的ZnP2晶体已被Co60、电子和反应堆中子的(γ)射线照射。测量了初始、不同温度辐照和退火样品的电学和光学特性。从实验和文献资料的分析可以清楚地看出,二磷化锌中的磷链具有较低的抗辐射能力,主要的光学活性中心是由快粒子诱导成磷类分子的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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