The Effect of Small Doses of Gamma Radiation on the Structural Characteristics in Silicon

D. Terin, O. Belobrovaya, V. Galushka, V. Sidorov, V. Polyanskaya, A.A. Mantsurov
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Abstract

Experimental studies were carried out by two different sources of gamma quanta. Samples were irradiated gamma - quantum radioisotope source 226Ra and electron accelerator braking gamma radiation - betatron Saratov state university. The form of the diffractograms shows the high crystallinity of the samples under study. The effect of gamma rays of radium led to a slight shift of the maximum of the reflex relative to the angle 2θ=29.18° to the left and a decrease in its width. The structure of the samples irradiated with γ-quanta of the bremsstrahlung of the betatron, according to the measurements, has undergone more significant and unexpected changes.
小剂量γ辐射对硅结构特性的影响
实验研究是由两种不同的伽马量子源进行的。样品被辐照于γ -量子放射性同位素源226Ra和电子加速器制动伽马辐射-电子加速器。衍射图的形式显示了所研究样品的高结晶度。镭射线的作用使反射最大值相对于2θ=29.18°向左偏移,宽度减小。经γ-量子辐照后,样品的结构发生了更为显著和意想不到的变化。
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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