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Mass attenuation coefficient calculations of different detector crystals by means of FLUKA Monte Carlo method

机译:氟普卡蒙特卡罗法的​​大规模衰减系数计算不同探测器晶体

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Calculations of gamma-ray mass attenuation coefficients of various detector materials (crystals) were carried out by means of FLUKA Monte Carlo (MC) method at different gamma-ray energies. NaI, PVT, GSO, GaAs and CdWO_4 detector materials were chosen in the calculations. Calculated coefficients were also compared with the National Institute of Standards and Technology (NIST) values. Obtained results through this method were highly in accordance with those of the NIST values. It was concluded from the study that FLUKA MC method can be an alternative way to calculate the gamma-ray mass attenuation coefficients of the detector materials.
机译:通过在不同的伽马射线能量下通过Fluka Monte Carlo(MC)方法进行各种探测器材料(晶体)的γ射线质量衰减系数的计算。在计算中选择了Nai,PVT,GSO,GaAs和CDWO_4探测器材料。还将计算的系数与国家标准和技术研究所(NIST)值进行比较。通过该方法获得的结果高度符合NIST值的结果。从研究中得出结论,Fluka MC方法可以是计算探测器材料的伽马射线质量衰减系数的替代方法。

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