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Simulating Modulated X-ray calibration Sources for future X-ray missions, using GEANT4

机译:使用Geant4模拟未来X射线任务的调制X射线校准源

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The XIFU X-ray spectrometer instrument on the future Athena mission needs X-ray calibration sources to calibrate the gains of the individual detector pixels. For this purpose, electronically controlled Modulated X-ray Sources (MXS) are proposed, similar to the calibrations sources used on the Hitoini spacecraft and which will also fly on its successor, XARM. Here we present a simulation package based on the particle transport GEANT4 toolkit. Using this package, we compute the results for different targets and window configurations for the MXS's. The simulations expose the trade-offs to be made to select the optimum source configuration for the Athena/XIFU and XARM/Resolve spectrometer instruments.
机译:XIFU X射线光谱仪仪器上未来的雅典娜特派团需要X射线校准来源来校准各个探测器像素的增益。为此目的,提出了电子控制的调制X射线源(MX),类似于Hitoini SpaceCraft上使用的校准源,并且也将在其继承者XARM上飞行。在这里,我们介绍了一种基于粒子传输Geant4工具包的仿真包。使用此软件包,我们计算MXS的不同目标和窗口配置的结果。模拟公开了折衷的权衡,为雅典娜/ XIFU和XARM /解析光谱仪仪器选择最佳源配置。

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