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Application of the ray tracing method in studying alpha tracks in SSNTDs

机译:射线追踪方法在研究SSNTD中的alpha轨迹中的应用

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The ray tracing method was applied to study etched tracks from a-particles in CR-39 solid-state nuclear track detectors. The transmission mode of a microscope operation was simulated. A track was considered as a set of small triangular elements, and the brightness of all elements was calculated systematically through the entire track to create the final image. Preliminary results are given for a-particle tracks in the CR-39 detector for initial energies of 4 and 4.5 MeV, and incident angles of 40 and 90 degrees, respectively. Total reflection, as well as the slope of a surface element in the track wall, were identified as the main factors that affect the brightness of that element. At this stage, comparisons with experimental results can be made in terms of the average grey levels for the entire tracks. (c) 2005 Elsevier Ltd. All rights reserved.
机译:射线追踪法被用于研究CR-39固态核径迹探测器中a粒子的蚀刻径迹。模拟了显微镜操作的透射模式。一条轨迹被认为是一组小的三角形元素,并且所有元素的亮度都是通过整个轨迹系统地计算得出的,以创建最终图像。初步结果给出了CR-39检测器中的a粒子轨迹,其初始能量分别为4和4.5 MeV,入射角分别为40和90度。全反射以及轨道壁中表面元素的坡度被确定为影响该元素亮度的主要因素。在此阶段,可以根据整个轨道的平均灰度级别与实验结果进行比较。 (c)2005 Elsevier Ltd.保留所有权利。

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