Dusty (or complex) plasmas in the Earth's middle and upper atmosphere ultimately result in
exotic phenomena that are currently forefront research issues in the space science …

Dust acoustic shock waves are investigated in a magnetized dusty plasma system
composed of warm viscous dust fluid and superthermal electrons and ions. The reductive …

Laboratory experiments have been conducted to simulate the boundary processes of
ionospheric depletion. The ionospheric depletion was modeled through releasing depletion …

In the work, we have experimentally investigated the boundary layer processes of artificially
created ionospheric depletions. Those ionospheric depletions were modeled via releasing …

C'est en 1928 que les physiciens Langmuir et Tonks ont introduit pour la premiere fois le
terme plasma pour désigner le gaz ionisé contenu dans un tubea décharge [1]. Par la suite …

In this work, an experimental design for generation of the controllable electron density
gradient is achieved through a large area oxide coated cathode and two stainless meshes …

Ionospheric depletions, produced by release of attachment chemicals into the ionosphere,
were widely investigated and taken as a potential technique for the artificial modification of …

For dust acoustic solitary waves, we propose a finite element formulation of the fluid dusty
plasma equations. To solve this continuum problem, a Petrov-Galerkin weak form with …

The cylindrical Hall thruster has the good prospect of serving as a miniaturized electric
propulsion device. A 2D-3V particle-in-cell plus Monte Carlo (PIC-MCC) method is used to …

Electron-ion plasma expansion is studied in the presence of positively (negatively) highly
charged uniformly distributed dust particles, considered as impurities. For that purpose, a …