Empirical relationship between detection thresholds and physical parameters of different Nuclear Track Detectors

Rupamoy Bhattacharyya , S. Dey , Sanjay K. Ghosh , A. Maulik , Sibaji Raha , D. Syam
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Abstract

The relationship between different physical parameters of various polymers (e.g., CR-39, Lexan, and PET) used as Nuclear Track Detectors (NTDs) and their intrinsic detection thresholds were investigated. A strong correlation was found between the electrical resistivity and detection thresholds of the NTDs and from that an empirical relationship between the two established. The predicted value of the detection threshold for Perspex® obtained from that empirical formula is in good agreement with its experimentally determined value.

不同核径迹探测器探测阈值与物理参数的经验关系
研究了不同聚合物(CR-39、Lexan和PET)核径迹探测器(NTDs)的物理参数与其本征检测阈值之间的关系。发现了ntd的电阻率和探测阈值之间的强相关性,并由此建立了两者之间的经验关系。由该经验公式得到的有机玻璃®检测阈值预测值与实验测定值吻合良好。
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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