反恐怖安全检测技术的物理基础  

THE PHYSICS OF ANTI-TERRORIST SAFETY INSPECTION TECHNOLOGY

作　　者：陈心中[1] 徐润君[1] 吴礼林[1] 

机构地区：[1]中国人民解放军汽车管理学院物理教研室,蚌埠233011

出　　处：《物理》2002年第9期584-588,共5页Physics

摘　　要：反恐怖安全检测技术已成为人们的热门话题 .安全检测技术的诞生和发展离不开物理学家的贡献 .物理学为反恐怖安全检测孕育了多种手段和方法 .文章简要介绍了X射线探测、γ射线探测、四极共振分析、脉冲式快中子分析、离子迁移率光谱测量、毫米波探测、声学探测、磁场探测、电磁脉冲探测等安全检测技术的物理基础 .Anti terrorist safety inspection technology has become a hot topic. The birth and development of anti terrorist safety inspection technology are the contribution of physicists, because physics provides various ways to perform safety inspection. This paper briefly describes the basis of technologies such as X ray and γ ray detection, quadrapole resonance analysis, pulsed fast neutron analysis, ion mobility spectrometry, millimeter wave detection, acoustic inspection, magnetic field defection and electromagnetic pulse detectors.

关 键 词：反恐怖 安全检测 物理基础 X射线探测 γ射线探测 

分 类 号：O59[理学—应用物理]