A CHARACTERISTIC DOSE MODEL FOR HISTORICAL INTERNAL DOSE RECONSTRUCTION IN THE FRAMEWORK OF THE IAEC COMPENSATION PROGRAMME

T. Kravchik; A. Abraham; M. Israeli; E. Yahel

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A CHARACTERISTIC DOSE MODEL FOR HISTORICAL INTERNAL DOSE RECONSTRUCTION IN THE FRAMEWORK OF THE IAEC COMPENSATION PROGRAMME

机译：IAEC补偿计划框架内的历史内部剂量重建的特征剂量模型

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A model was developed at the Nuclear Research Centre Negev (NRCN) to assess historical doses from internal exposures by a relatively fast and simple procedure. These assessments are needed in the framework of a compensation programme for the Israeli Atomic Energy Commission (IAEC) workers, which were diagnosed for cancer diseases. This compensation programme was recently recommended by a public committee to avoid lengthy court procedures. The developed model is based on the recorded doses from external exposures of all the workers at the NRCN, who were divided into groups representing their different working environments. Each group of workers was characterised by three parameters: working period, working areas and occupation. The model uses several conservative assumptions in order to calculate the doses to various body organs in certain years, which are relevant to the calculation of the probability of causation (POC). The POC value serves as a main parameter in the compensation programme.

机译：内盖夫核研究中心（NRCN）开发了一种模型，可以通过相对快速和简单的程序评估内部暴露的历史剂量。在针对被诊断患有癌症疾病的以色列原子能委员会（IAEC）工人的补偿计划的框架中，需要进行这些评估。最近，一个公共委员会建议采用这种补偿方案，以避免冗长的法院程序。开发的模型基于NRCN所有工人的外部暴露记录的剂量，这些工人被分成代表他们不同工作环境的组。每组工人都具有三个参数：工作时间，工作区域和职业。该模型使用一些保守的假设来计算某些年份中各种身体器官的剂量，这些剂量与因果关系（POC）的计算有关。 POC值是补偿程序中的主要参数。

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来源
《Radiation Protection Dosimetry》 |2017年第2期|185-190|共6页
作者
T. Kravchik; A. Abraham; M. Israeli; E. Yahel;
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作者单位

Nuclear Research Centre Negev, POB 9001, Beer Sheva 84190, Israel;

Nuclear Research Centre Negev, POB 9001, Beer Sheva 84190, Israel;

Israeli Atomic Energy Commission, Tel Aviv, Israel;

Nuclear Research Centre Negev, POB 9001, Beer Sheva 84190, Israel;

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收录信息美国《科学引文索引》(SCI);美国《化学文摘》(CA);
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正文语种 eng
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A CHARACTERISTIC DOSE MODEL FOR HISTORICAL INTERNAL DOSE RECONSTRUCTION IN THE FRAMEWORK OF THE IAEC COMPENSATION PROGRAMME

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