The interest in relativistic beam-plasma instabilities has been greatly rejuvenated over the
past two decades by novel concepts in laboratory and space plasmas. Recent advances in …

The most-studied classes of exact solutions to Vlasov–Maxwell equations for stationary
neutral current structures in a collisionless relativistic plasma, which allow the particle …

The development of current instabilities behind the front of a cylindrically expanding plasma
has been investigated experimentally via proton probing techniques. A multitude of tubelike …

A two-dimensional quasilinear theory of saturation of the transverse magnetic Weibel
instability in a collisionless plasma is developed. A closed system of equations is obtained to …

A novel adaptive technique for electromagnetic Particle In Cell (PIC) plasma simulations is
presented here. Two main issues are identified as regards the development of the algorithm …

The expansion of a plasma slab into a vacuum is studied using one-dimensional and two-
dimensional particle-in-cell simulations. As electrons transfer their longitudinal kinetic …

In the present manuscript, the phenomena of temperature anisotropy driven Weibel
instability is reported for different modes: in the presence of cold and warm carbon ion …

General expressions for the electromagnetic fluctuation spectra in unmagnetized plasmas
are derived using fully relativistic dispersion functions and form factors for the important …

A spectral quasilinear approach to the problem of TEM-Weibel instability in an anisotropic
collisionless plasma is developed, which takes into account only the integral nonlinear …

Дан обзор наиболее разработанных классов точных решений уравнений Власова-
Максвелла для стационарных нейтральных токовых структур в бесстолкновительной …