Multiple free energy sources for instabilities coexist in magnetized plasmas with density gradient and velocity shear. Linear stabilities are investigated, and the mutual relation between resistive drift wave, D\u27Angelo mode and flute mode is systematically clarified. By evaluating the linear growth rates, dominant instability is categorized in a parameter space. The parallel wavenumber spectrum could be used as a guideline for the identification of the instabilities
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
Linear and nonlinear properties of a plasma system with a proton and an alpha-particle beam, are stu...
The detailed analysis of stability of azimuthal oscillations in partially magnetized plasmas with cr...
The detailed analysis of stability of azimuthal oscillations in partially magnetized plasmas with cr...
Plasmas behavior, to a large extent, is determined by collective phenomena such as waves. Wave excit...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
Shear flow instabilities may play an important role in the dynamics of partially ionized dusty plasm...
Some aspects of velocity shear stabilization of magnetized plasma instabilities are considered. In t...
International audienceA fluid dispersion theory in partially magnetised plasmas is analysed to exami...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
Two new types of pressure-gradient driven instabilities in accelerating plasmas are presented. One i...
We report the results of a linear radial-eigenmode analysis of dissipative drift waves in a plasma w...
It is found that the inclusion of the electron inertia effect (parallel to an external magnetic fiel...
It is shown that nonlinear-mode coupling of drift waves can generate magnetostatic fluctuations in a...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
Linear and nonlinear properties of a plasma system with a proton and an alpha-particle beam, are stu...
The detailed analysis of stability of azimuthal oscillations in partially magnetized plasmas with cr...
The detailed analysis of stability of azimuthal oscillations in partially magnetized plasmas with cr...
Plasmas behavior, to a large extent, is determined by collective phenomena such as waves. Wave excit...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
Shear flow instabilities may play an important role in the dynamics of partially ionized dusty plasm...
Some aspects of velocity shear stabilization of magnetized plasma instabilities are considered. In t...
International audienceA fluid dispersion theory in partially magnetised plasmas is analysed to exami...
Two main aspects concerning drift wave dynamics in linear, magnetized plasma devices are addressed i...
Two new types of pressure-gradient driven instabilities in accelerating plasmas are presented. One i...
We report the results of a linear radial-eigenmode analysis of dissipative drift waves in a plasma w...
It is found that the inclusion of the electron inertia effect (parallel to an external magnetic fiel...
It is shown that nonlinear-mode coupling of drift waves can generate magnetostatic fluctuations in a...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
Linear and nonlinear properties of a plasma system with a proton and an alpha-particle beam, are stu...