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首页> 外文期刊>Applied radiation and isotopes: including data, instrumentation and methods for use in agriculture, industry and medicine >PARTICLE IDENTIFICATION BY MEASUREMENT OF TRACK CONE LENGTH AS A FUNCTION OF THE RESIDUAL RANGE OF HEAVY IONS IN CR-39 AND LEXAN POLYCARBONATE
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PARTICLE IDENTIFICATION BY MEASUREMENT OF TRACK CONE LENGTH AS A FUNCTION OF THE RESIDUAL RANGE OF HEAVY IONS IN CR-39 AND LEXAN POLYCARBONATE

机译:通过测量轨迹锥长度来鉴定颗粒,以测定CR-39和LEXAN聚碳酸酯中重离子的残留范围

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摘要

The maximum etchable ranges of heavy ions such as U-238, Pb-208, Au-197, Xe-132 and Nb-93 in CR-39 and U-238, Au-197 and Xe-132 in Lexan polycarbonate have been determined. An attempt has been made to examine the suitability of the single-sheet particle identification technique in CR-39 and Lexan polycarbonate by plotting track cone length vs residual range for different heavy ions. A comparison has been made between experimental and theoretical values of ranges for different heavy ions in these detectors. A reasonably good agreement has been observed between the experimental and the theoretically computed values.
机译:确定了重离子的最大可蚀刻范围,例如CR-39中的U-238,Pb-208,Au-197,Xe-132和Nb-93以及Lexan聚碳酸酯中的U-238,Au-197和Xe-132 。试图通过绘制轨迹锥长度对不同重离子的残留范围作图,来检验单片颗粒识别技术在CR-39和Lexan聚碳酸酯中的适用性。在这些探测器中,针对不同重离子的范围的实验值与理论值之间进行了比较。实验值和理论计算值之间观察到相当好的一致性。

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