Explosive tearing mode reconnection in relativistic plasmas


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PDF Explosive reconnection of the double tearing mode in

source of relativistic e± pairs rL = 106 m the cold ultra-relativistic wind streaming to the nebula the shocked wind composed of particles heated after crossing the MHD shock rts = 3 × 1015 m= 0 1 pc ⇒ main source of radiation observed in radio optics X-rays and gamma-rays the supernova remnant the interstellar medium

  • How does a transverse expansion affect ions accelerated by a radiation pressure dominated regime?

    The energy of the ions accelerated by an intense electromagnetic wave in the radiation pressure-dominated regime can be greatly enhanced by a transverse expansion of a thin target, e.g., caused by the Rayleigh–Taylor-like instability (Bulanov et al. 2010 ).

  • How is coherent hard electromagnetic radiation generated in a relativistic plasma?

    Coherent hard electromagnetic radiation in the relativistic plasma is generated in the form of high harmonics and/or electromagnetic pulses, which are compressed and intensified after reflection from relativistic mirrors created by nonlinear plasma waves.

  • How do relativistic effects affect plasma frequency?

    The relativistic effects and the ion motion modify the plasma frequency. A low frequency wave can propagate through the plasma if the plasma electrons do not screen the electric field of the wave, being reflected from the overdense plasma slab.

  • What happens if a wave irradiates an overdense plasma?

    When irradiated by a relativistically strong enough electromagnetic wave, an overdense plasma becomes transparent. The condition for wave propagation implies that the convection electric current is smaller than the displacement current.

Explosive Magnetic Reconnection in Turbulent Plasma

Explosive Magnetic Reconnection in Turbulent Plasma

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Evolution of Special Relativistic Turbulent Plasma

Introduction to the Plasma lecture no. 1

Introduction to the Plasma lecture no. 1

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