Distribution of energy in polymers due to incident electrons and protons.

M. L. Rustgi, L. N. Pandey, J. Wilson, S. Long, G. Zhu
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引用次数: 5

Abstract

The recoil spectrum of nuclei in polymers for incident protons below 10 MeV in energy is calculated by using the Rutherford cross-section with screening corrections. Employing the work of McKinley and Feshbach on the Coulomb scattering of relativistic electrons by nuclei, the recoil spectrum of the nuclei is also calculated for electron energies varying from threshold to 10 MeV. The partitioning of energy between electronic excitation and ionization and nuclear recoil is then studied to search for possible difference in polymer radiation response as a function of radiation energy and type.
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由入射电子和质子引起的聚合物中的能量分布。
利用带筛选修正的卢瑟福截面计算了聚合物中入射能量低于10 MeV的质子的反冲谱。利用麦金利和费什巴赫对相对论电子在原子核中的库仑散射的研究成果,计算了电子能量从阈值到10兆电子伏变化时原子核的反冲谱。然后研究了电子激发和电离以及核反冲之间的能量分配,以寻找聚合物辐射响应作为辐射能量和类型的函数可能存在的差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Distribution of energy in polymers due to incident electrons and protons.
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