A mirror instability associated with newly created ions in a moving plasma

Physics

Scientific paper

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Ions, Magnetohydrodynamic Stability, Particle Production, Plasma Dynamics, Space Plasmas, Free Energy, Landau Damping, Linear Equations, Vlasov Equations

Scientific paper

Using a plasma model in which the ambient magnetic field is parallel to the z axis and the wave vector, an instability that resembles the usual hydromagnetic mirror instability is demonstrated. The instability is caused by freshly created ions in a moving plasma; the source of its free energy is associated with the ring distribution of the newly created ions, resulting in a high ion kinetic temperature in the direction transverse to the ambient magnetic field. The results of a stability analysis indicate that this instability can lead to the amplification of magnetosonic waves.

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