Landau damping of ion-acoustic waves is theoretically studied in a dope plasma of a light inert gas like helium in the presence of plasma of a heavy inert gas like argon, considering both fluid model and kinetic model. Damping rates of the ion-acoustic waves in dope plasma are different for the two models which may be experimen-tally investigated by imposing some conditions. Other cases of Landau damping in Vlasov plasma are also considered. The study is intended to be in support of the experimental investigation of Landau damping free from the influence of other non-collisional as well as collisional damping
The electrostatic ion waves are studied for non-Maxwellian or Lorentzian distributed unmagnetized pa...
The effects of friction on the ion acoustic (IA) wave in fully and partially ionized plasmas are stu...
Landau damping of a dust-acoustic surface wave propagating at the interfaces of generalized Lorentzi...
Landau damping of ion-acoustic waves is theoretically studied in a dope plasma of a light inert gas ...
The Landau damping rates of ion acoustic wave are studied by using Vlasov-Poisson model for unmagnet...
The dispersion properties of ion acoustic waves (IAW) are sensitive to the strength of ion-ion colli...
In this work, we investigate the properties of ion acoustic waves generated by negative heavy ions i...
1. Lowfrequency dust ion acoustic (DIA) perturbations can propagate in cosmic plasma environments, d...
The theory of damping and nonlinear frequency shifts from particles resonant with ion-acoustic waves...
The kinetic theory of Landau damping of ion acoustic twisted modes is developed in the presence of o...
A new view is proposed on wave propagation in a plasma, where the resonant interaction of ion acoust...
The Landau damping of sound wave in a plasma consisting of an ensemble of magnetic flux tubes with r...
The effects of the ion temperature are discussed in a two-ion electron plasma and for a model applic...
Damping of ion-acoustic waves by Coulomb collisions of ion and electron combination
Context. It is generally accepted that the ion acoustic (IA) wave in plasmas containing ions and ele...
The electrostatic ion waves are studied for non-Maxwellian or Lorentzian distributed unmagnetized pa...
The effects of friction on the ion acoustic (IA) wave in fully and partially ionized plasmas are stu...
Landau damping of a dust-acoustic surface wave propagating at the interfaces of generalized Lorentzi...
Landau damping of ion-acoustic waves is theoretically studied in a dope plasma of a light inert gas ...
The Landau damping rates of ion acoustic wave are studied by using Vlasov-Poisson model for unmagnet...
The dispersion properties of ion acoustic waves (IAW) are sensitive to the strength of ion-ion colli...
In this work, we investigate the properties of ion acoustic waves generated by negative heavy ions i...
1. Lowfrequency dust ion acoustic (DIA) perturbations can propagate in cosmic plasma environments, d...
The theory of damping and nonlinear frequency shifts from particles resonant with ion-acoustic waves...
The kinetic theory of Landau damping of ion acoustic twisted modes is developed in the presence of o...
A new view is proposed on wave propagation in a plasma, where the resonant interaction of ion acoust...
The Landau damping of sound wave in a plasma consisting of an ensemble of magnetic flux tubes with r...
The effects of the ion temperature are discussed in a two-ion electron plasma and for a model applic...
Damping of ion-acoustic waves by Coulomb collisions of ion and electron combination
Context. It is generally accepted that the ion acoustic (IA) wave in plasmas containing ions and ele...
The electrostatic ion waves are studied for non-Maxwellian or Lorentzian distributed unmagnetized pa...
The effects of friction on the ion acoustic (IA) wave in fully and partially ionized plasmas are stu...
Landau damping of a dust-acoustic surface wave propagating at the interfaces of generalized Lorentzi...
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