40-40The characteristics of 2D periodical structures in propulsion type magnetized plasma are studied in kinetic PIC MCC simulations.With increasing an angle of magnetic field the ridges (maxima) of electron and ion densities form in the plasma volume in cylindrical chamber. These ridges are shifted relative each other that results in the formation of 2D double-layers structure. Depending on Larmor radius and Debye length up to nineteen potential steps appear across the oblique magnetic fiel
Two-dimensional potential structures are measured for different gas pressure in expanding argon plas...
Electric field in magnetized plasmas drives a rotating motion by E B · drift, giving rise to macros...
The two-fluid equations for a magnetized plasma admit solutions in the form of drift-Alfvén vortice...
The characteristics of 2D periodical structures in propulsion type magnetized plasma are studied in ...
Electrostatic plasma double layers are numerically simulated by means of a magnetized 2 1/2-dimensio...
Two-dimensional coherent electromagnetic structures involving the dynamics of the electron populatio...
Radial convection of isolated filamentary structures due to interchange motions in magnetized plasma...
A theory of spiral structure formation has been formulated to show that spiral structures are rather...
The fully three-dimensional governing equations in the electron magnetohydrodynamic (EMHD) regime fo...
Recently, multi-layer complex plasma structures were studied in an external mag-netic eld [1]. In th...
Plasma blobs (filamentary structures extended along the magnetic field lines) are mesoscale turbulen...
International audienceThanks to the unprecedented high time resolution data of the MMS mission, we i...
A three-component fluid model for a dusty plasma-sheath in an oblique magnetic field is presented. T...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76278/1/AIAA-2005-4250-941.pd
Electric double layers have recently attracted much interest and several new experimental results ha...
Two-dimensional potential structures are measured for different gas pressure in expanding argon plas...
Electric field in magnetized plasmas drives a rotating motion by E B · drift, giving rise to macros...
The two-fluid equations for a magnetized plasma admit solutions in the form of drift-Alfvén vortice...
The characteristics of 2D periodical structures in propulsion type magnetized plasma are studied in ...
Electrostatic plasma double layers are numerically simulated by means of a magnetized 2 1/2-dimensio...
Two-dimensional coherent electromagnetic structures involving the dynamics of the electron populatio...
Radial convection of isolated filamentary structures due to interchange motions in magnetized plasma...
A theory of spiral structure formation has been formulated to show that spiral structures are rather...
The fully three-dimensional governing equations in the electron magnetohydrodynamic (EMHD) regime fo...
Recently, multi-layer complex plasma structures were studied in an external mag-netic eld [1]. In th...
Plasma blobs (filamentary structures extended along the magnetic field lines) are mesoscale turbulen...
International audienceThanks to the unprecedented high time resolution data of the MMS mission, we i...
A three-component fluid model for a dusty plasma-sheath in an oblique magnetic field is presented. T...
Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/76278/1/AIAA-2005-4250-941.pd
Electric double layers have recently attracted much interest and several new experimental results ha...
Two-dimensional potential structures are measured for different gas pressure in expanding argon plas...
Electric field in magnetized plasmas drives a rotating motion by E B · drift, giving rise to macros...
The two-fluid equations for a magnetized plasma admit solutions in the form of drift-Alfvén vortice...