Solar type III radio bursts are the most common impulsive radio signatures from the Sun,
stimulated by electron beams traveling through the solar corona and solar wind. Type III …

Langmuir waves propagate in fractal complex plasma with fractal characteristics, which may
cause some plasma particles to be trapped or causes wave turbulences. This phenomenon …

A variety of works on the (1+ 1) dimensional system of ion sound and Langmuir waves were
carried in the literature. A novel transformation, which is based on considering complex …

In the present paper, the system of equations for the ion sound and Langmuir waves
(SEISLWs) is considered to obtain the new solitary wave solutions of the non-linear …

We report on the possibility of the beam-plasma instability development in the system with
electron beam interacting with the single-component hot electron plasma without ions. As …

In this paper, by introducing new approach, the improved\tan (ϕ (ξ)/2) tan (ϕ (ξ)/2)-
expansion method is further extended into the system of equations for the ion sound and …

Electrostatic (ES) wave instabilities are assumed to be at the origin of radio emissions from
interplanetary shocks, and solar coronal sources are most likely induced by electron beams …

In space plasmas, electron populations exhibit non-equilibrium velocity distributions with
high-energy tails that are reproduced by the Kappa power-laws and contrast with the …

Aims. The simulation of three-wave interaction based plasma emission, thought to be the
underlying mechanism for Type III solar radio bursts, is a challenging task requiring fully …

All the bodies of the solar system are embedded in the supersonic flux of energetic particles
emitted by the Sun. Since the advent of the space age, the models to describe the interaction …