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Alpha Particle Detection Using Alpha-Induced Air Radioluminescence: A Review and Future Prospects for Preliminary Radiological Characterisation for Nuclear Facilities Decommissioning

机译:使用α诱导的空气放射性发光的α粒子检测:核设施退役的初步放射学表征的回顾和未来前景。

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摘要

The United Kingdom (UK) has a significant legacy of nuclear installations to be decommissioned over the next 100 years and a thorough characterisation is required prior to the development of a detailed decommissioning plan. Alpha radiation detection is notoriously time consuming and difficult to carry out due to the short range of alpha particles in air. Long-range detection of alpha particles is therefore highly desirable and this has been attempted through the detection of secondary effects from alpha radiation, most notably the air-radioluminescence caused by ionisation. This paper evaluates alpha induced air radioluminescence detectors developed to date and looks at their potential to develop a stand-off, alpha radiation detector which can be used in the nuclear decommissioning field in daylight conditions to detect alpha contaminated materials.
机译:英国(UK)在未来100年内将有大量的核装置退役,因此在制定详细的退役计划之前,需要进行全面表征。众所周知,由于空气中α粒子的范围较短,α射线检测非常耗时且难以执行。因此,非常需要对α粒子进行远距离检测,并且已经通过检测来自α辐射的次要效应(尤其是由电离引起的空气放射性发光)进行了尝试。本文评估了迄今开发的α诱导的空气放射性检测器,并探讨了其开发对峙型α辐射检测器的潜力,该检测器可在日光条件下的核退役领域中用于检测被α污染的物质。

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