用于货物检验的低能量加速器

Chuanxiang Tang
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引用次数: 8

摘要

对港口和机场来说,用x射线检查货物已经变得必不可少。随着对国土安全问题的重视,识别危险物品,如爆炸性物品和核材料,是货物检验系统的关键特征。研究了基于双能x射线、中子和单能x射线的新技术,以实现足够好的材料识别。本文阐述了x射线货物检验技术的原理和x射线源的特点。由于大多数x射线源都是基于射频电子直线加速器(linacs),我们对直线加速器的原理和特点进行了较为详细的描述。本文还介绍了基于中子成像、中子分析、核共振荧光和计算机断层扫描的货物检测技术。文章最后总结了主要供应商及其产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low Energy Accelerators for Cargo Inspection
Cargo inspection by X-rays has become essential for seaports and airports. With the emphasis on homeland security issues, the identification of dangerous things, such as explosive items and nuclear materials, is the key feature of a cargo inspection system. And new technologies based on dual energy X-rays, neutrons and monoenergetic X-rays have been studied to achieve sufficiently good material identification. An interpretation of the principle of X-ray cargo inspection technology and the features of X-ray sources are presented in this article. As most of the X-ray sources are based on RF electron linear accelerators (linacs), we give a relatively detailed description of the principle and characteristics of linacs. Cargo inspection technologies based on neutron imaging, neutron analysis, nuclear resonance fluorescence and computer tomography are also mentioned here. The main vendors and their products are summarized at the end of the article.
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