论文标题
圆柱性不均匀的直升机排放等离子体的离子声学不稳定与旋转电子
The ion acoustic instability of the cylindrical inhomogeneous helicon discharge plasma with rotating electrons
论文作者
论文摘要
开发了由圆柱方位对称（方位角模式编号$ M_ {0} = 0 $）Helicon Wave产生的圆柱等离子体的微观结构的动力学理论。该理论基于静电电位的傅立叶贝塞尔变换的衍生线性积分方程，该方程解释了Helicon Wave的宏观径向径向不均匀性的血浆响应，该响应与质量不高度不高音不高质量的径向尺度相当于Microscale and Microscale complos intal larmor consensury larmor。发达的理论揭示了电子在径向不均匀的径向不均匀性引起的径向不均匀的角速度的电子方位稳定旋转的新宏观效应。以短波长度限制得出的静电电势的积分方程的解决方案以静电电势的功能方程的形式得出，并以等于HeliCon波的频率的频率分离的无限数量的卫星数。它是研究径向不均匀Helicon波中圆柱等离子体的参数和当前驱动不稳定性的分散性能的基本方程。对于圆柱形直升机等离子体的高频动力学声音不稳定性发现了衍生色散方程的分析解决方案，这是由电子磁管漂移的耦合效应以及电子相对于辐射辐射不均匀的角度旋转的稳定的电子旋转的稳定影响。
The kinetic theory of the microinstabilities of a cylindrical plasma, produced by the cylindrical azimuthally symmetric (azimuthal mode number $m_{0}=0$) helicon wave, is developed. This theory is based on the derived linear integral equation for the Fourier-Bessel transform of the electrostatic potential, which accounts for the plasma response on the macroscale radial inhomogeneity of the helicon wave, which is commensurable with radial scale of the plasma density inhomogeneity, and on the microscale, which is commensurable with the thermal Larmor radius of electrons. The developed theory reveals new macroscale effect of the azimuthal steady rotation of electrons with a radially inhomogeneous angular velocity, caused by the radial inhomogeneity of the helicon wave. The solution of the integral equation for the electrostatic potential, derived in the short-wavelength limit, is derived in the form of the the functional equation for the electrostatic potential, coupled with infinite number of its satellites at a frequency separation equal to the frequency of the helicon wave. It is the basic equation for the investigations of the dispersion properties of the parametric and current driven instabilities of the cylindrical plasma in the radially inhomogeneous helicon wave. The analytical solution of the derived dispersion equation is found for the high frequency kinetic ion acoustic instability of the cylindrical helicon plasma, driven by the coupled effect of the electron diamagnetic drift and of the steady azimuthal rotation of electrons relative to the ions with a radially inhomogeneous angular velocity.
