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MODELS OF PHOTONIC SOURCES OF RADIOLOGICAL FACILITIES FOR USE IN MONTE CARLO IRRADIATION DOSE CALCULATIONS

机译:蒙特卡罗辐照剂量计算中使用的放射设施光源模型

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摘要

The purpose of the present work is to develop a method for calculating the characteristics of photon bremsstrahlung of a virtual source or developing a model of a source for use in Monte Carlo calculations. Two methods for reconstructing the initial spectrum of the bremsstrahlung of radiotherapeutic facilities are proposed. One is based on analysis of the phase space of particles under the collimator plane, and the other is based on analysis of the experimental dose distribution. The proposed methods for reconstructing the effective spectrum satisfactorily describe the real particle spectrum of radiotherapeutic facilities. The proof for this assertion is a simulated dose distribution, which agrees with the experimental data.
机译:本工作的目的是开发一种方法,该方法用于计算虚拟源的光子致辐射特性或开发用于蒙特卡洛计算的源模型。提出了两种重建放射治疗设备的stra致辐射初始频谱的方法。一种基于对准直仪平面下的粒子相空间的分析,另一种基于对实验剂量分布的分析。所提出的重建有效光谱的方法可以令人满意地描述放射治疗设备的真实粒子光谱。这种说法的证明是模拟剂量分布,与实验数据一致。

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