Updated simulation for the nuclear scattering loss estimation at the RCS injection area

P. Saha, F. Noda, H. Hotchi, Y. Irie, S. Machida
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引用次数: 2

Abstract

We have updated our simulation for a more realistic beam loss estimation at the RCS(rapid cycling synchrotron) injection area of J-PARC (Japan proton accelerator research complex). At the injection area, the beam loss caused by the nuclear scattering together with the multiple Coulomb scattering in the charge-exchange foil is the dominant one. A precise estimation of the beam loss can give direct feedback for a smooth operation strategy of RCS towards its goal of a 1MW class machine. The simulation code GEANT3 to take into account the scattering part and the realistic space charge simulation code SIMPSONS were used together for the present purpose. A precise loss together with the loss point identification can thus be obtained from the present method. We are in a stage of making the model more intelligent mainly concerning the CPU time when handling with relatively large number of macro particles for very precise calculation and will present here the interim report.
RCS注入区核散射损失估计的更新模拟
我们已经更新了我们的模拟,以便在J-PARC(日本质子加速器研究中心)的RCS(快速循环同步加速器)注入区域进行更真实的光束损失估计。在注入区,由核散射和电荷交换箔中的多重库仑散射引起的光束损失占主导地位。精确估计波束损耗可以为RCS实现1MW级目标的平稳运行策略提供直接反馈。考虑散射部分的仿真代码GEANT3和真实空间电荷仿真代码SIMPSONS共同使用。因此,从本方法可以获得精确的损耗和损耗点识别。我们正处于使模型更加智能化的阶段,主要是在处理相对大量的宏观粒子时CPU时间的问题上,进行非常精确的计算,在这里我们将给出中期报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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