首页> 美国政府科技报告 >Geant4 Simulations of Radio Signals from Particle Showers for the SLAC T-510 Experiment. Conference: Presented at the 6th International Workshop on Acoustic and Radio Eev Neutrino Detection Conference (ARENA 2014) 09-12 Jun 2014. Annapolis, MD.
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Geant4 Simulations of Radio Signals from Particle Showers for the SLAC T-510 Experiment. Conference: Presented at the 6th International Workshop on Acoustic and Radio Eev Neutrino Detection Conference (ARENA 2014) 09-12 Jun 2014. Annapolis, MD.

机译:用于sLaC T-510实验的粒子淋浴的无线电信号的Geant4模拟。会议:于2014年6月9日至12日在第6届声学和无线电中子检测会议(aRENa 2014)国际研讨会上发表.annapolis,mD。

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The SLAC T-510 experiment [1] was designed to reproduce the physics of radio emission fromair showers caused by ultra-high energy cosmic rays in a controlled lab experiment with the goal to testestablished formalisms for simulation of radio emission physics: the “end-point” formalism and the “ZHS”formalism. Simulation results derived with these formalisms can be explained by a superposition of magneticallyinduced transverse current radiation and the Askaryan (charge-excess) effect. Here, we present results of Geant4 simulations of the experiment with both formalisms, taking into account the details of the experimental setup(beam energy, target geometry and material, magnetic field configuration, and refraction effects) to test thishypothesis.MOTIVATION

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