CAJ | 학술논문

为了设计用于监测D-T中子产额的反冲质子望远镜系统,采用MCNP程序模拟了14 MeV中子在不同厚度的聚乙烯膜上产生的反冲质子的产额、能谱及角分布,通过对反冲质子的产额、能谱和角分布数据的分析,给出了用于D-T中子产额监测的反冲质子望远镜系统的聚乙烯膜最佳厚度和探测器放置位置.建立了D-T中子源模型,模拟设计了反冲质子望远镜系统,并给出了系统的探测效率.
위료설계용우감측D-T중자산액적반충질자망원경계통,채용MCNP정서모의료14 MeV중자재불동후도적취을희막상산생적반충질자적산액、능보급각분포,통과대반충질자적산액、능보화각분포수거적분석,급출료용우D-T중자산액감측적반충질자망원경계통적취을희막최가후도화탐측기방치위치.건립료D-T중자원모형,모의설계료반충질자망원경계통,병급출료계통적탐측효솔.
To design a recoiled proton telescope for monitoring a D-T neutron generator, the MCNP code was used to simulate the yield, energy spectra and angular distribution of recoiled protons in the polyethylene film bombarded by 14 MeV neutrons. The simulated data were analyzed. The optimum position of detector and thickness of the polyethylene film for the recoiled proton telescope system were presented. A model on the D-T neutron source was developed. The recoiled proton telescope system for monitoring the neutron yield of D-T neutron generator was designed by MCNP simulation. The monitoring efficieueies were presented.