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Empirical parameterization of CR-39 longitudinal track depth

机译:CR-39纵向轨道深度的经验参数化

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摘要

In this work, new empirical equation describing the charged particles radiation track development against etching time and track longitudinal depth are presented. The equation involves four free fitting parameters. It is shown that this equation can reproduce tracks depth formed on the CR-39 by alpha particles at different energies and etching times. Parameters values obtained from experimental data can be used to predict etched track lengths at different energies and etching times. The empirical equation suggested is self consistent as far as reproducing all features of track depth development as a function of etching time and energy are concerned.
机译:在这项工作中,提出了新的经验公式,描述了带电粒子辐射轨迹相对于蚀刻时间和轨迹纵向深度的发展。该方程式包含四个自由拟合参数。结果表明,该方程式可以再现在不同能量和蚀刻时间下由α粒子在CR-39上形成的轨迹深度。从实验数据获得的参数值可用于预测在不同能量和蚀刻时间下的蚀刻轨迹长度。所提出的经验方程是自重一致的,因为要重现作为蚀刻时间和能量的函数的轨道深度发展的所有特征。

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