论文部分内容阅读
通过γ射线辐射探测、能谱分析和信息屏障等技术集成,建立了一套可用于核裁军核查的钚部件的钚存在、武器级钚和年龄属性的HAM-1型γ射线综合测量系统.在不泄漏核部件敏感设计信息的前提下,探测核部件是研制HAM-1型γ射线综合测量系统的基本出发点.根据信息屏障的设计要求,选用ARM微处理器作HAM-1的控制中心,自行研发了高分辨γ能谱的解谱分析技术和属性分析技术,编制了HAM-1型γ射线综合测量系统的应用软件,实现了能谱采集、数据分析、结果显示的自动化和核部件敏感设计信息的保护.
A set of HAM-1 γ-ray integrated measurement system for plutonium, weapon-grade plutonium and age attributes of plutonium components that can be used for nuclear disarmament verification was established through techniques such as γ-ray radiation detection, energy spectrum analysis and information barrier. Under the premise of not leaking the sensitive design information of nuclear components, the detection of nuclear components is the basic starting point for the development of HAM-1 γ-ray integrated measurement system.According to the design requirements of information barrier, ARM microprocessor is chosen as the control center of HAM-1 Developed high-resolution gamma spectroscopy solution spectrum analysis and attribute analysis techniques, the preparation of the HAM-1 type γ-ray integrated measurement system software applications, to achieve the energy spectrum acquisition, data analysis, the results show that the automation and sensitivity of nuclear components Information protection.