A three-dimensional Thomas–Fermi dense anisotropic magnetized plasma having Fermi–
Dirac distributed ions and electrons as well as classical fluid negative dust impurities is …

An investigation of heavy nucleus-acoustic (HNA) excitations in a degenerate relativistic
magnetorotating quantum plasma system comprising relativistically degenerate light …

The quantum hydrodynamic model is used to study the nonlinear propagation of small
amplitude magnetosonic solitons and their chaotic motions in quantum plasma with …

The propagation characteristics of high-frequency surface waves are studied in spin-1/2
quantum plasmas by considering the electron relativistic degenerate and exchange …

Collisions of solitary pulses in a four species quantum semiconductor plasma consisting of
degenerate electrons, degenerate holes, and non-degenerate ions are investigated. The …

The influence of exchange-correlation potential, quantum Bohm term, and degenerate
pressure on the nature of solitary waves in a quantum semiconductor plasma is investigated …

The propagation of nonlinear magnetosonic wave in electron-iondust (complex) plasmas,
considering the effects of Bohm potential in the presence of an external magnetic field is …

In this letter, the propagation characteristics of lower hybrid waves are investigated in
electron–ion degenerate plasma with exchange effect considering non-relativistic, relativistic …

Shock and solitary waves in plasmas are the main focus of many current studies of localized
disturbances in both laboratory and astrophysical plasmas. Here, the linear and the …

The small amplitude quantum magnetohydrodynamic (QMHD) waves and linear firehose
and mirror instabilities in uniformly rotating dense quantum plasma have been investigated …