Using Ray Tracing to Model the Plasmaspheric Wave Field for Active Experiments in Space

J. Holmes, G. Delzanno, C. Jeffery, P. Colestock
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Abstract

Whistler mode waves in the Earth's inner magnetosphere playa key role in local energy transfer between particle populations and in larger scale processes such as scattering of trapped energetic electrons into the atmospheric loss cone. A body of recent research has focused on active experiments which generate whistler waves (e.g. via an antenna or accelerating an unstable electron beam) with the intent of influencing these processes. Accurately modeling how whistlers evolve on a global scale is an important step toward evaluating the impacts of these experimental efforts.
利用射线追踪技术模拟空间主动实验等离子体波场
地球内磁层中的惠斯勒模式波在粒子群之间的局部能量传递和更大规模的过程中起着关键作用,例如将捕获的高能电子散射到大气损耗锥中。最近的一项研究集中在产生哨声波(例如通过天线或加速不稳定电子束)的主动实验上,目的是影响这些过程。准确地模拟哨声如何在全球范围内进化是评估这些实验努力影响的重要一步。
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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