中国科学院核能安全技术研究所•FDS凤麟团队研发的强流氘氚中子源科学装置HINEG（High Intensity D-T Fusion Neutron Generator），氘氚中子源强6.4´10¹² n/s。

HINEG可提供强流稳态的单能14.1 MeV或2.45 MeV中子，通过中子调控技术可同时提供其它复杂中子能谱环境。基于HINEG装置，目前已配套建成完备的核测量系统和专业实验室，如反应堆中子物理实验室、辐射监测与防护实验室、核电子学与探测器实验室、放射化学实验室、核生态安全实验室、中子检测技术及应用实验室、材料辐照专业实验室、精准放射治疗实验室等。

在先进核能系统领域，HINEG可用于构建聚变堆、铅基裂变堆等先进核能系统的复杂中子场环境，可开展中子输运理论验证、先进核能系统关键技术研发、材料活化与辐照损伤、聚变包层中子学性能验证等实验研究。

在核技术交叉应用领域，HINEG在辐射医学、航空航天、新型材料研发等方面具有广泛的应用价值，可用于中子照相无损检测、电子元器件抗辐照加固、中子元素分析、辐射生物效应及辐射防护等实验研究。

作为开放的实验平台，HINEG欢迎国内外用户单位开展实验研究。

强流氘氚中子源科学装置HINEG

The Institute of Nuclear Energy Safety Technology, CAS • FDS Team have developed the High Intensity D-T Fusion Neutron Generator (HINEG), which has achieved a D-T fusion neutron yield of 6.4×10¹² n/s. HINEG can provide the high-intensity and steady-state neutrons with mono-energy of 14.1 MeV or 2.45 MeV . In addition, thanks to the neutron control technologies, the complex neutron spectra of multi-type advanced nuclear systems can be reproduced. Based on HINEG facility, a series of specialized laboratories have been built, such as Reactor Neutron Physics Laboratory, Radiation Monitoring and Protection Laboratory, Nuclear Electronics and Detectors Laboratory, Nuclear Chemistry Safety Laboratory, Nuclear Ecology Safety Laboratory, High Intensity Accelerator Technology and Application Laboratory, Heat Transfer Enhancement Technology and High Heat Flux Target Laboratory, Neutron Detection Technology and Application Laboratory, Neutron Radiography Technology and Application Laboratory, Material Irradiation Laboratory, Accurate Radiotherapy Laboratory, and so on.

For advanced nuclear systems, HINEG can reproduce the complex neutron field environments, and perform the experiments of neutronics and software validation, key technologies of advanced nuclear systems, material activation and irradiation damage, neutronics performance verification of fusion blanket, and so on. For nuclear technology applications, HINEG is an important platform for radiation medicine, aerospace, new materials development, etc. Besides, HINEG can be also used for experiments on neutron photography, radiation hardening of electronic component, neutron element analysis, radiation biological effects, radiation protection, and so on.

Welcome scientists worldwide conduct research here at HINEG to better understand the nature and promote the neutron technique applications.

Sideview of High Intensity D-T Fusion Neutron Generator HINEG facility

王志刚 研究员

中国科学院核能安全技术研究所

电话：18356048053

E-mail：HINEG@fds.org.cn