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Magnetized dusty plasmas: The next frontier for complex plasma research

机译:磁化尘土等离子体:复杂等离子体研究的下一个前沿

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This paper discusses the role of magnetic fields in dusty (complex) plasma experiments. It first provides a description of the conditions necessary for a dusty plasma to become fully magnetized. The paper then briefly reviews a series of experimental studies that illustrate how magnetic fields are applied to dusty plasmas - from experiments that use magnetic fields to control the background plasma to those that have strong enough magnetic fields to directly modify the confinement and dynamics of the charged microparticles. The paper will then discuss the newest experiment that is currently under development at Auburn University, the magnetized dusty plasma experiment device. The paper concludes with a discussion of important outstanding physics and technical issues that will define the next generation of experiments.
机译:本文讨论了磁场在多尘(复杂)等离子体实验中的作用。首先,它描述了尘土等离子体完全磁化所需的条件。然后,本文简要回顾了一系列实验研究,这些实验研究说明了如何将磁场应用于尘土等离子体-从使用磁场控制背景等离子体的实验到具有足够强磁场以直接修改带电约束和动态的实验微粒。然后,本文将讨论Auburn大学目前正在开发的最新实验,即磁化尘土等离子体实验设备。本文最后讨论了重要的重要物理和技术问题,这些问题将定义下一代实验。

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