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 background plasma is assumed to have generalized (r, q) (r,q) distribution for the
electrons in the solar wind. The propagation of a beam of hot electrons through solar wind …

Using a kappa velocity distribution function for the electrons of the background plasma, the
dynamics of a beam of hot electrons streaming through the plasma and the generation of …

The effects of plasma inhomogeneities on the propagation of a cloud of hot electrons
through a cold background plasma and generation of Langmuir waves are investigated …

Gas-dynamic theory is generalized to incorporate the effects of beam-driven Langmuir
waves scattering off ambient density fluctuations, and the consequent effects on the …

The propagation of a cloud of hot electrons through a plasma and the generation of
Langmuir waves are investigated in the presence of an externally applied uniform electric …

The dynamics of a beam of hot electrons traveling through a cold plasma and the generation
of Langmuir waves are investigated in the presence of a nonthermal tail of electrons in the …

A reduced-parameter (RP) model of quasilinear wave-plasma interactions is used to
analyze statistical properties of beam-driven waves in plasmas with ambient density …

Using a reduced-parameter model of wave-particle interactions in a beam-driven plasma,
the linear spatiotemporal correlation functions of wave and particle quantities are derived …

The propagation of a localized beam (cloud) of hot electrons and generation of Langmuir
waves are investigated using numerical simulation of the quasi-linear equations in the …