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Influence of environmental factors on some high dose dosimeter responses in Yazd Radiation Processing Center

机译:环境因素对Yazd辐射处理中心某些高剂量剂量计响应的影响

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In this paper attempt has been made to study the influence of temperature and UV light (exist in laboratory due to the fluorescent light or diffused sunlight) on some high dose dosimetry responses that are being used in Yazd Radiation Processing Center (YRPC). The CTA, FWT and B3 film dosimeters were used for this investigation. The correction of the read response of the dosimeters to the real absorbed dose values is very important especially while we need to measure the precise dose values in the medical devices and in foodstuff materials. Yazd city is near to the desert, and so temperature and UV light due to the sun are very different in compare to other cities. Therefore, we tried to investigate the temperature and UV light effects on the dosimeter response in different doses and obtain its variation as a function of temperature (up to similar to 60 degrees C) and exposure time (up to similar to 1 year), respectively. (C) 2008 Elsevier Ltd. All rights reserved.
机译:本文尝试研究温度和紫外线(在实验室中由于荧光灯或日光散射而存在)对Yazd辐射处理中心(YRPC)使用的某些高剂量剂量响应的影响。 CTA,FWT和B3薄膜剂量计用于这项研究。剂量计对实际吸收剂量值的读取响应的校正非常重要,尤其是当我们需要测量医疗设备和食品材料中的精确剂量值时。亚兹德(Yazd)市靠近沙漠,因此与其他城市相比,由于阳光造成的温度和紫外线会大大不同。因此,我们尝试研究不同剂量下温度和紫外线对剂量计响应的影响,并分别获得其随温度(高达60摄氏度)和暴露时间(长达1年)的变化。 。 (C)2008 Elsevier Ltd.保留所有权利。

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