辐射防护风险评估。

Atomic energy review Pub Date : 1980-09-01
E E Pochin
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引用次数: 0

摘要

在确定良好防护电离辐射的标准时,重要的是定量评估任何辐射暴露的可能风险。对个人的“躯体”风险主要来自于在受照射的器官中诱发癌症,这些风险现在可以根据对受照射人群进行的大量详细的流行病学调查来估计。对生殖细胞中引起的遗传变化的遗传影响风险的估计,主要是基于在其他物种中引起这种影响的频率。在这两种情况下,极低剂量下的风险都可以通过了解辐射对组织造成损害的方式推断出来。连贯的辐射防护系统是基于对整个身体和单个器官的剂量限制,这样就不会经常诱发癌症和遗传危害,也不会超过引起其他“非随机”效应的阈值剂量。
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Risk assessment for radiation protection purposes.

In defining criteria for good protection against ionizing radiation, it is important to assess quantitatively the likely risk of any radiation exposure. The 'somatic' risks to the individual result mainly from induction of cancer in the organs irradiated, and these risks can now be estimated on the basis of numerous detailed epidemiological surveys of exposed human populations. Estimates of the risk of hereditary effects, from genetic changes induced in germ cells, are based largely on the frequency with which such effects are induced in other species. In both cases the risk at very low dose can be inferred using knowledge of the way in which radiation damage is caused in tissues. Coherent systems of radiation protection are based on a restriction of doses to the whole body and to individual organs, such that the induction of cancer and genetic harm is infrequent, and the threshold dose for causing other, 'non-stochastic', effects is not exceeded.

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The present state of in vivo neutron activation analysis in clinical diagnosis and therapy. Risk assessment for radiation protection purposes. New aspects of cell membrane radiobiology and their impact on radiation protection. Radioassay services in developing countries. Findings and recommendations of an International Atomic Energy Agency advisory group. Radioimmunoassay and related procedures in medicine. Report on the international symposium held in Berlin (West) from 31 October to 4 November 1977.
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