Motivated by the observations of dust-ion-acoustic waves (DIAWs) on the dark side of lunar
triggered by the interaction between the Earth's magnetosphere and lunar dust particles, we …

Modulational instability of ion-acoustic (IA) waves is investigated in an unmagnetized
quantum plasma by adopting an equation of state for Fermi electron gas. To this end, a basic …

A one-dimensional multifluid hydrodynamic model has been adopted as basis for an
investigation of the role of suprathermal electrons on the wave breaking amplitude limit for …

A comprehensive overview is presented of recent theoretical advancements and
observational manifestations of a relatively new type of electrostatic solitary wave (ESW) …

Characteristics of solitary waves, breather waves and hybrid waves to a new (3 + 1)-dimensional
nonlinear evolution equation in a quantum magnetoplasma - IOPscience This site uses …

The relativistic quantum hydrodynamic formalism is used to study the propagation properties
of a two-dimensional ion-acoustic wavepacket in a magnetized quantum plasma …

In this work, we have investigated the linear and nonlinear propagation of ion-acoustic
solitary waves in a collisional plasma composed of isothermal warm ions and a population …

Based on the hydrodynamic model, the existence and propagation features of fully nonlinear
electrostatic solitary waves in an unmagnetized, collisionless, homogenous three …

Various spacecraft missions have recorded evidence of “non-conventional” electrostatic
solitary waves (pulses) such as wiggly bipolar pulses, offset bipolar pulses, and monopolar …

In this theoretical work, we study the non-linear propagation of a linearly-polarized laser
beam, which is normally incident on the surface of semi-bounded magnetized warm plasma …