tissue equivalent material

Fragment dose produced by the nuclear reaction of heavy ions interacted with tissue-equivalent biological material

重离子与生物等效材料核反应产生的碎片剂量

Energy Deposition Micro-specialty Research of Proton in Tissue Equivalent Material

质子在组织等效介质中能量沉积微观特性研究

Research on cluster energy distribution of electrons in tissue equivalent material and its' injury to organism cell molecules

电子在组织等效介质中的簇点能量分布及所致生物细胞分子损伤研究

Objective To study energy distribution of the clusters from electrons in the tissue equivalent material, and discuss the important aspects of these clusters on inducing biological effects.

目的研究电子在人体组织等效材料中形成的簇点能量分布情况，以及簇点的产生对生物效应发生的意义。

Some features about the energy deposition micro-specialty of proton in tissue equivalent material were gained through the analysis to the data from calculation.

通过对计算所得数据进行系统分析，得出质子在组织等效材料中能量沉积微观特性的一些规律与特点。

The Monte-Carlo method was used to simulate the behavior of proton in the tissue equivalent material.

利用蒙特卡罗粒子输运技术模拟质子在介质中的微观行为。

The research on position distribution of secondary electrons along proton track in tissue equivalent material

组织等效介质中质子产生的次级电子沿其径迹径向空间分布的研究