本文探讨在大气环境下具有温度和密度梯度的非均匀量子等离子体系统,研究了该系统在离子与中子碰撞频率较低情况下的二维非线性流体动力学扰动方程.求得了在致密天体物理环境中静电势的近似解.
For an inhomogeneous quantum magnetoplasma system in the atmospheric environment with density and temperature gradient, a two-dimensional nonlinear fluid dynamic perturbation equation is studied in the case where the collision frequency between ions and neutrals is small. The approximate solution of the potential in the dense astrophysical environment is obtained.