A dusty plasma was created in a stratified glow discharge in longitudinal magnetic fields above 1 T. Experimental conditions were selected and dust structures were first created in the neon working gas in the magnetic field range B = 1.1–2.2 T. Under realized conditions, the electron cyclotron radius is close to the dust particle radius, and the ion cyclotron radius is less than the Debye screening length. Images of dust structure cross sections perpendicular to the magnetic field were obtained. They contain about 10 particles. The dependence of the angular velocity of the dust structure rotation for its widest cross section on magnetic field was measured. The direction of the angular velocity vector coincides with the direction of the magnetic induction vector. In contrast to the previously obtained dependence of the rotation velocity on magnetic field in the region B < 1 T, at B > 1 T the rotation angular velocity ceases to grow, reaching a value of ...

中文翻译：

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在强磁场中分层辉光放电中的复杂等离子体

在高于1 T的纵向磁场中，通过分层辉光放电产生了一个尘土等离子体。选择了实验条件，并首先在B = 1.1–2.2 T磁场范围内的氖气中创建了尘埃结构。电子回旋加速器的半径接近尘埃粒子半径，而离子回旋加速器的半径小于德拜屏蔽长度。获得了垂直于磁场的灰尘结构横截面的图像。它们包含约10个颗粒。测量了灰尘结构旋转的最宽横截面的角速度对磁场的依赖性。角速度矢量的方向与磁感应矢量的方向一致。