A COMPARISION OF ABSORBED DOSE SIMULATED BY COMPUTER AND MEASURED EXPERIMENTALLY FOR ELECTRON BEAM

Wang Chuanshan; Luo Wenyun; Xu Mengjie; Zhou Shuxin; Feng Yongxiang; Zhang Limin; Gu Jiqing

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A COMPARISION OF ABSORBED DOSE SIMULATED BY COMPUTER AND MEASURED EXPERIMENTALLY FOR ELECTRON BEAM

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- A COMPARISION OF ABSORBED DOSE SIMULATED BY COMPUTER AND MEASURED EXPERIMENTALLY FOR ELECTRON BEAM
- Journal of Radiation Research and Radiation Processing Vol. 12, Issue 4, Pages: 209-213(1994)
- 作者机构：
  
  1.上海科技大学射线应用研究所，上海　201800
  2.上海市计量技术研究所，上海　200233
- 作者简介：
- 基金信息：
- DOI：
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Wang Chuanshan, Luo Wenyun, Xu Mengjie, et al. A COMPARISION OF ABSORBED DOSE SIMULATED BY COMPUTER AND MEASURED EXPERIMENTALLY FOR ELECTRON BEAM. [J]. Journal of Radiation Research and Radiation Processing 12(4):209-213(1994)
DOI：

Wang Chuanshan, Luo Wenyun, Xu Mengjie, et al. A COMPARISION OF ABSORBED DOSE SIMULATED BY COMPUTER AND MEASURED EXPERIMENTALLY FOR ELECTRON BEAM. [J]. Journal of Radiation Research and Radiation Processing 12(4):209-213(1994) DOI：

摘要

介绍了电子束在多层吸收体中能量沉积半经验算法的计算机程序ED510,将热介石墨量热计对电子束深度剂量分布的实验测量值和ED 510程序的计算值比较，在3%以内相符合，程序可以计算一到五层。

Abstract

A semiempirical code ED 510 which can simulate depth-dose distribution of the energy deposition of electron beam in multilayer absorbers is described in this paper.The absorbed dose of electron beam computed by ED 510 code is compared with the experimental result that measured by graphite absorbed-dose calorimeter, and their deviation is between 3%.

关键词

计算机程序ED 510热介石墨量热计辐射加工深度剂量分布

Keywords

ED 510 codeGraphite calorimeterRadiation processingDepth-dose distribution

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