In this paper we have made use of reductive perturbation technique (RPT) and carried out
homotopy analysis method (HAM) to investigate the effect of exchange correlation and …

In this paper we have studied the gradual evolution of stationary formations in electron
acoustic waves at a finite temperature quantum plasma. We have made use of Quantum …

We considered a dense plasma containing electrons, positrons, ions and dust particles in
background magnetic and gravitational fields alongside collisional effects for the heavier …

In this paper, we have meticulously studied the amplitude modulation of electron-acoustic
waves and the formation and properties of envelope solitons in a five-component complex …

By employing a quantum hydrodynamic (QHD) model with appropriate boundary conditions,
the nonlinear self-interaction of an electrostatic surface wave on otherwise homogeneous …

The inner magnetosphere of Earth houses relativistically degenerate particles in which the
formation of shocks and solitons occurs. In this paper we have considered plasma …

In this paper, we discuss the time evolution of a forced KdV equation by using a standard
reductive perturbation technique. Using conservation laws, we derive the time evolution a …

Nonlinear analysis for the finite amplitude electron acoustic wave is considered in a
magnetized viscous plasma. The quantum hydrodynamic model is used to describe the …

In the work, we study the formation of electron acoustic Korteweg–de Vries (KdV) solitons
and their gradual nonlinear evolution into a peregrine soliton (PS) in a dense plasma at …

In this article, we have studied the electron acoustic waves in a magnetized plasma
containing Kappa distributed ions which are streaming with high velocity within the plasma …