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大气层外核爆炸X射线辐射场特性研究
引用本文:王尚义,张软玉.大气层外核爆炸X射线辐射场特性研究[J].高压物理学报,1996,10(3):209-214.
作者姓名:王尚义  张软玉
作者单位:1. 四川材料与工艺研究所,四川成都 610007;2. 北京应用物理和计算数学研究所,北京 100088
摘    要: X射线被认为是大气层外反导栏截武器的主要破坏因素。在航天器结构材料的辐射损伤计算中,需要核爆炸X射线辐射场的数学模式。从Planck黑体谱出发,提出按温度梯度分层的归一化黑体谱组合模式,给出X射线的释放能量及辐射脉冲,从而建立了大气层外核栏截X射线辐射场特性的数学模式。

关 键 词:核爆炸X射线  黑体谱  辐射场  航天器辐射损伤
收稿时间:1995-10-25;

Research on X-Ray Radiation Field Which Is from a Outer Space Nuclear Explosion
WANG Shang-Yi,ZHANG Ruan-Yu,CHEN Le-Shan.Research on X-Ray Radiation Field Which Is from a Outer Space Nuclear Explosion[J].Chinese Journal of High Pressure Physics,1996,10(3):209-214.
Authors:WANG Shang-Yi  ZHANG Ruan-Yu  CHEN Le-Shan
Institution:1. Sichuan Institute of Material and Technical, Chengdu 610007, China;2. Beijing Institute of Application Physics and Calcalation Mathematics, Beijing 100088, China
Abstract:X-ray is regarded as the main damage factor of nuclear interception in outerspace. A mathematical mode of X-ray radiation field which is from a nuclear explosion is needed in the spacecraft radiation damage calculation. According to Planck blackbody spectrum, we proposed a compound mode of normolized blackbody spectrum which was stratificed on the basis of temperature gradient, obtained the release energy and radiation pulse and found a mathematical mode of X-ray radiation field which is from a nuclear interception in outer space.
Keywords:X-ray from nuclear explosin  blackbody spectrum  radiation field  spacecraft radiation damage
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