人体某些生物部位(水、肌肉、骨骼、皮质)中质子的质量阻挡力、范围及重要辐射量的计算

Ahlam S. Almutairi, K. T. Osman
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引用次数: 0

摘要

本文利用参考文献中给出的贝特-布洛赫公式理论,计算了0.04 ~ 200mev质子能量范围内人体某些生物部位(水、肌肉、骨骼、皮质)的电子质量停止功率和质子范围。所有这些计算都是用Matlab程序完成的。现有组织和物质的密度、平均原子序数与质量数za和激发能的相关数据收集自ICRU报告44(1989)。将电子质量停止功率和范围的计算结果与PSTAR数据进行了比较,发现两者吻合较好,特别是在1 ~ 200 MeV的停止功率和4 ~ 200 MeV的范围内。本研究还计算了质子能量为0.04 - 200mev时,质子在给定生物人体部位的厚度、线性能量传递(LET)、吸收剂量、等效剂量和有效剂量等辐射领域的重要物理量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calculation of Mass Stopping Power and Range of Protons as Well as Important Radiation Quantities in Some Biological Human Bodyparts (Water, Muscle, Skeletal and Bone, Cortical)
In this work, the electronic mass stopping power and the range of protons in some biological human body parts (Water, Muscle, Skeletal and Bone, Cortical) were calculated in the energy range of protons 0.04 to 200 MeV using the theory of Bethe-Bloch formula as giving in the references. All these calculations were done using Matlab program. The data related to the densities, average atomic number to mass number Z A and excitation energies for the present tissues and substances were collected from ICRU Report 44 (1989). The present results for electronic mass stopping powers and ranges were compared with the data of PSTAR and good agreements were found between them, especially at energies between 1 - 200 MeV for stopping power and 4 - 200 MeV for the range. Also in this study, several important quantities in the field of radiation, such as thickness, linear energy transfer (LET), absorbed dose, equivalent dose, and effective dose of the protons in the given biological human body parts were calculated at protons energy 0.04 - 200 MeV.
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