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对加速器驱动洁净核能系统散裂中子靶和靶窗材料分别在中子和质子入射情况下氦气产生截面、氦气产生率以及氦气产生率与原子位移率的比值进行了研究。利用SHIELD程序模拟计算的结果与实验数据及其他程序的计算值符合很好
The ratio of helium generation rate, helium generation rate and atomic displacement rate of helium gas produced by accelerator-driven clean nuclear energy system spallation neutron target and target window material at neutron and proton incident respectively was studied. The SHIELD program simulation results are in good agreement with the experimental data and other program calculations