It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison with the electron gyrofrequency) electrostatic waves in a magnetized plasma. A new dispersion relation is derived and solved for the parameters relevant for laboratory experiments of velocity shear instabilities in a magnetized plasma
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
The free energy associated with shear in the equilibrium parallel electron velocity is shown to be r...
It is found that the zero-order current associated with electron shear flow produces a drift wave in...
It is found that the zero-order current associated with electron shear flow produces a drift wave in...
Plasma Waves may propagate in different frequency levels. This study justifies the reason for the di...
The linear dispersion relation and the spatial structure of high frequency instabilities, with a mix...
The shear instability of magnetized, collisional dusty plasma is investigated in the present work. I...
The shear flow-driven electrostatic instabilities are investigated in ideal low density, low tempera...
Studies are described of low-frequency quasi-static instabilities in a fully ionized plasma. The pla...
Multiple free energy sources for instabilities coexist in magnetized plasmas with density gradient a...
Linear and nonlinear low-frequency modes in a magnetized electron plasma are studied, taking into ac...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
It is shown that the parallel electron velocity shear can destabilize low-frequency (in comparison w...
The free energy associated with shear in the equilibrium parallel electron velocity is shown to be r...
It is found that the zero-order current associated with electron shear flow produces a drift wave in...
It is found that the zero-order current associated with electron shear flow produces a drift wave in...
Plasma Waves may propagate in different frequency levels. This study justifies the reason for the di...
The linear dispersion relation and the spatial structure of high frequency instabilities, with a mix...
The shear instability of magnetized, collisional dusty plasma is investigated in the present work. I...
The shear flow-driven electrostatic instabilities are investigated in ideal low density, low tempera...
Studies are described of low-frequency quasi-static instabilities in a fully ionized plasma. The pla...
Multiple free energy sources for instabilities coexist in magnetized plasmas with density gradient a...
Linear and nonlinear low-frequency modes in a magnetized electron plasma are studied, taking into ac...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...
Équipe 107 : Physique des plasmas chaudsInternational audienceMicroturbulence has been implicated in...