Assessing the Capabilities and Limitations of Counter-Proliferation Operations Utilizing Remote Radiation Detection Devices
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A subject of national importance that poses a major security challenge for the United States and its allies is the detection, tracking, and interception of illicitly obtained radioactive material across international borders. Illicit radioactive material can include both special nuclear material (SNM) and radioactive isotopes utilized for industrial, medical, and academic purposes. This paper will analyze the United State's capability to execute counter-proliferation operations in a spectrum from friendly to hostile environments wherein both overt and clandestine activity is essential. The pap...
A subject of national importance that poses a major security challenge for the United States and its allies is the detection, tracking, and interception of illicitly obtained radioactive material across international borders. Illicit radioactive material can include both special nuclear material (SNM) and radioactive isotopes utilized for industrial, medical, and academic purposes. This paper will analyze the United State's capability to execute counter-proliferation operations in a spectrum from friendly to hostile environments wherein both overt and clandestine activity is essential. The paper is written for planners and decision makers at all levels of the United States government, military and civilian; to better prepare these individuals for the operational considerations of a counter-proliferation mission. The focus of the paper will be linking operational planning to both the strategic and tactical capabilities of the United States concerning counter-proliferation operations in a non-permissive or semi-permissive environment.
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