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 …

Using kinetic theory for homogeneous collisionless magnetized plasmas, we present an
extended review of the plasma waves and instabilities and discuss the anisotropic response …

The dynamical characteristics of large amplitude ion-acoustic waves are investigated in a
magnetized plasma comprising ions presenting space asymmetry in the equation of state …

In this work, we studied the relativistic Weibel instability (RWI) in magneto‐inertial fusion
experiment (MIFE); for this, the basic equation in our model is the relativistic Fokker–Planck …

The Weibel instability (WI) of relativistic electron beam (REB) penetrating an infinite
collisional plasma was studied in the following models:(i) REB model, where the total …

In this paper, the growth rate of the Weibel instability is calculated for an energetic relativistic
electron beam penetrated into a strongly coupled plasma, where the collision effects of …

A sequence of in situ measurements points the presence of non-thermal species in the
profile of particle distributions. This study highlights the role of such energetic electrons on …

In this paper, the influence of role of quantum effects such as spin and tunneling on
attosecond pulse generation in turbulent dense plasma is investigated. Calculations show …

Magneto-inertial fusion (MIF) is an approach for thermonuclear fusion. It consists in applying
a strong magnetic field to the inertial-fusion plasma, with the role of the magnetic field being …

The spin-orbit coupling effects on the velocity space electromagnetic instabilities have been
analytically studied. In this order, first, a suitable form of the kinetic theory is introduced and …