Influence of Temperature on the Radiation Dosimeter (II)-OSL Dosimeter, Glass Dosimeter-
Yoshihiro Tahara, Keiichi Kawai, Takashi Nakamura, Toshio Goto, Shozo Tamura
Abstract
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Yoshihiro Tahara, Keiichi Kawai, Takashi Nakamura, Toshio Goto, Shozo Tamura
Abstract
Open-access reader
The current study was performed to investigate the influence of high temperature on the value of radiation dose measured by optically stimulated liminescence (OSL) dosimeter or radio photo luminescence (RPL) dosimeter (glass dosimeter) . Serial measurements of temperature in the car confirmed that it can rise to 80°C or higher in the area irradiated with sun beam. The relationship between the temperature and the radio dose measured by X-ray irradiated OSL dosimeter or glass dosimeter under the condition from 50°C to 90°C after the set of 3h. to 72h.The value measured by OSL dosimeter tended to be lower with higher temperature or longer setting time. On the other hand, those factors did not influence the value measured by glass dosimeter.
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The current study was performed to investigate the influence of high temperature on the value of radiation dose measured by optically stimulated liminescence (OSL) dosimeter or radio photo luminescence (RPL) dosimeter (glass dosimeter) . Serial measurements of temperature in the car confirmed that it can rise to 80°C or higher in the area irradiated with sun beam. The relationship between the temperature and the radio dose measured by X-ray irradiated OSL dosimeter or glass dosimeter under the condition from 50°C to 90°C after the set of 3h. to 72h.The value measured by OSL dosimeter tended to be lower with higher temperature or longer setting time. On the other hand, those factors did not influence the value measured by glass dosimeter.
Key concepts: Dosimeter, Optically stimulated luminescence, Irradiation, Materials science, Radiation, Optics, Dosimetry, Luminescence