Modeling and analysis of the large scale magneto hydrodynamics waves

S. Peregudin, S. Kholodova
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Abstract

A system of nonlinear partial differential equations is considered that models perturbations in a layer of an ideal electrically conducting rotating fluid bounded by spatially and temporally varying surfaces with allowance for inertial forces and diffusion of magnetic field. The system is reduced to a scalar equation. The solvability of initial boundary value problems arising in the theory of waves in conducting rotating fluids can be established by analyzing this equation.
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大尺度磁流体力学波的建模与分析
考虑考虑惯性力和磁场扩散的情况下,用一个非线性偏微分方程组来模拟理想导电旋转流体层中的扰动,该层由空间和时间变化的表面所包围。该系统被简化为一个标量方程。通过对该方程的分析,可以得到导电旋转流体中波动理论中初边值问题的可解性。
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