Linearized Three Component Magneto-Hydrodynamics (Classic Reprint) - Softcover

Inhaltsangabe

A clear, rigorous look at how a three-component plasma behaves in steady magnetic fields. This book presents a macroscopic treatment of magneto-hydrodynamics for a charged two-component fluid interacting with a neutral component. It builds a self-consistent framework from transformed variables, derives the governing equations, and analyzes small-amplitude waves in the MHD regime.

- Learn how the three-component system is modeled and reduced to a coupled fluid description.
- Explore the dispersion relations and normal modes, including Alfven, fast, and slow wave behavior.
- See how limiting cases connect to familiar two-component MHD and Lundquist-style equations.
- Understand stability aspects and how frictional coupling shapes wave decay and propagation.

Ideal for readers of advanced plasma physics and magnetohydrodynamics, and for researchers seeking a macroscopic perspective on multi-component plasmas.

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