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Compensation of fading effects of radiation-induced loss by multiple wavelengths measurements

机译:通过多波长测量补偿辐射引起的损耗的衰落效应

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Abstract: iation induced loss of multimode lead glass fibers is measured during and after irradiation by a Co-60 source in the temperature range from 10$DGR@C to 50$DGR@C. The measurements were performed at visible and infrared LED wavelengths using time multiplexing of the LED's. The radiation sensitivity and relaxation effects of this fiber depend on temperature and on the wavelength of the read-out light. The wavelength dependence allows estimation of the actual fiber temperature. Thus a method can be developed to compensate temperature and fading effects on radiation induced loss in situations where the fiber temperature is unknown. The application of multiple wavelength measurements of induced loss for radiation dosimetry with optical fibers is discussed.!10
机译:摘要:在从60 $ DGR @ C到50 $ DGR @ C的温度范围内,用Co-60光源辐照期间和之后,测量了多模态铅玻璃纤维的电离诱导损耗。使用LED的时间复用在可见和红外LED波长下进行测量。这种光纤的辐射敏感性和松弛效应取决于温度和读出光的波长。波长依赖性允许估计实际的光纤温度。因此,在光纤温度未知的情况下,可以开发一种方法来补偿温度和衰落对辐射引起的损耗的影响。讨论了多波长测量感应损耗在光纤辐射剂量测定中的应用。10

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