节点文献
“核-光转换”中子探测器铀靶厚度的理论研究
Theory Research on the Thickness of U Target of Nuclear-Optical Converters Detector
【摘要】 "核-光转换"(简称NOC)中子探测器是以惰性气体为介质将裂变碎片能量转换为光辐射的裂变室。论文根据探测器的特点和工作原理,对探测器中所使用的平板铀靶厚度进行了数值和M.C模拟计算,分别给出了最优化的铀靶厚度,并计算了裂变碎片在气体中能量沉积效率。
【Abstract】 Nucear-optical converters(NOC) are fission chambers based upon fission fragement energy conversion to optical radiation in gas luminescent media.According to the characteristics and principle of NOCs,we calculated the thickness of U target by two methods: numerical calculation and Monte Carlo simulation,and obained the optimized thickness of U target respectively.Moreover,we calculated the energy deposit efficiency of fission fragments.
【关键词】 核-光转换;
铀靶厚度;
能量沉积效率;
【Key words】 nuclear-optical converter; thickness of U target; energy deposit efficiency;
【Key words】 nuclear-optical converter; thickness of U target; energy deposit efficiency;
【基金】 中国工程物理研究院发展基金(2010B0103003)
- 【文献出处】 核电子学与探测技术 ,Nuclear Electronics & Detection Technology , 编辑部邮箱 ,2012年08期
- 【分类号】TL816.3
- 【被引频次】2
- 【下载频次】35