Electromagnetic emission, stimulated by a powerful high frequency radio wave injected into
the ionospheric F region, exhibits a rich spectral structure in the sidebands of the reflected …

A new mechanism for Langmuir wave localization is investigated. Typical computer
simulation of weak electron beam–plasma instabilities proceeds as follows: As Langmuir …

A nonlinear emission mechanism of electromagnetic waves at the fundamental plasma
frequency has been examined by Chian & Alves. This mechanism is based on the …

Backward stimulated Raman scattering (BSRS) with Langmuir decay instability (LDI) and
anti-Langmuir decay instability (ALDI or anti-LDI) has been researched by Vlasov …

The interaction of electromagnetic filamentation instability and electrostatic Langmuir
parametric instabilities (parametric decay instability and oscillating two-stream instability) …

A general dispersion equation, which describes the parametric instabilities of some
electrostatic waves in a weak/moderate magnetic field, is derived. The dispersion equation …

Studies directly pertaining to the earth's foreshock, bow shock, and magnetosheath are
reviewed, and some comparisons are made with data on other planets. Topics considered in …

Starting from a general form of the Zakharov equations the relations for electric fields and
wave energy distributions at the very beginning of parametric instabilities are derived in …

A new generation mechanism for electromagnetic waves near the fundamental plasma
frequency is discussed. It is shown that a travelling Langmuir pump wave can nonlinearly …

The first large-scale simulations of continuously driven, two-dimensional electromagnetic
strong plasma turbulence are performed, for electron thermal speeds 0.01 c⩽ v⩽ 0.57 c⁠, by …