Neutron and photon dose rate distributions in linac rooms

K. Kosako, K. Masumoto, K. Oishi, Hajime Nakamura, A. Toyoda, K. Iijima, Takashi Nakamura
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Abstract

In the X-ray irradiation of the 18 MeV electron linac, the spatial distributions of neutron and photon ambient dose equivalent rates were measured by ADC plastic dosimeter and Optical Stimulated Luminescence dosimeter in the linac room. The spatial distributions were measured on the surface of the linac device, the irradiation room and the maze pathway. The calculations were executed for three types of linac head models with the MCNP5 code. The calculated accuracy of the spatial distribution was evaluated by comparing the measured results. The calculation-to-experiment ratios (C/E) of dose rates by the detailed linac head models converged to the range from 0.8 to 5. The radioactivities of the concrete of linac room floor were measured and compared with the calculated result.
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直线加速器室中子和光子剂量率分布
在18mev电子直线加速器的x射线照射下,利用ADC塑料剂量计和光学激发发光剂量计测量了直线加速器室内中子和光子环境剂量当量率的空间分布。测量了直线装置表面、辐照室表面和迷宫通道表面的空间分布。用MCNP5程序对三种直线机头模型进行了计算。通过对实测结果的比较,对空间分布的计算精度进行了评价。详细直线水头模型的剂量率计算与实验比(C/E)趋近于0.8 ~ 5的范围。对直线室地板混凝土的放射性进行了测量,并与计算结果进行了比较。
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