Titlebook: Basics of Plasma Astrophysics; Claudio Chiuderi,Marco Velli Textbook 2015 Springer-Verlag Italia S.r.l., part of Springer Nature 2015 Astr

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Fundamental Theories of Physicsiverse. Basic plasma features such as ionization degree and the condition of quasi-neutrality are discussed. A heuristic derivation of fundamental plasma parameters, such as plasma frequency and Debye length are given. Finally, the different possible approaches to the physical description of plasma

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Decline

hurricane

The Mechanism of High-,, Superconductivity, geometry when gravity is present, including the well-known Rayleigh-Taylor and Kelvin-Helmholtz instabilities, and discuss the stabilizing effects of magnetic fields in these cases. The instabilities stemming from the combined effects of currents, current gradients, and pressure in the ideal plasma

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The Mechanism of High-,, Superconductivity,frequency effects leading to kinetic corrections are then discussed before introducing waves in completely kinetic regimes, where the phenomenon of Landau damping for ion-acoustic modes is treated in detail.

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TEM

Fundamental Theories of Physicse is presented and the fundamental results of Kolmogorov deduced. Their generalization to plasmas in the MHD regime is then discussed. The relevance of turbulence theory for the problem of solar coronal heating is the subject of the last section.

Alpha-Cells

The Mechanism of High-,, Superconductivity,tlined. The more formal approach of mean-field electrodynamic is also exposed. Simple solutions of the dynamo equations are discussed. Finally, the problem of the creation of magnetic fields in an unmagnetized plasma is briefly considered.