The current sheath dynamics in plasma focus facilities is the most important factors. In this paper the current sheath velocity at three dimensional with Sahand plasma focus facility is investigated. For this purpose the discharge is produced in argon gas with deposited energy lying in the range of 20-37kJ. The current sheath is monitored using two tridimensional magnetic probes. These probes installed near the surface of the interior electrode (anode) at 125mm from the anode axis (pinch place). The effect of gas pressure on the current sheath velocity also is investigated
This study investigates the axisymmetric plasma flow field near a fixed-potential surface, represent...
The voltage (V) and current (I) characteristics in a plasma focus gun are simulated to yield the cur...
ABSTRACT: Faraday Cup is used to estimate the ion energy flux with various working gas (nitrogen) pr...
The current sheath dynamics in plasma focus facilities is the most important factors. In this paper ...
Experimental study of the dynamics of the plasma in a plasma focus device is carried out in a 3 kJ p...
Current sheath dynamics generated in INTI plasma focus device operated with neon gas has been studie...
The main aim of this work is to study dynamics of plasma current sheath, PCS during the axial accele...
A two concentric electrodes spherical plasma focus device is simulated using a snow plow model, depe...
The study of plasma current sheath (PCS) in Mather-type configuration of Dense Plasma Focus (PF) in ...
Abstract—The electric fields of the sheath region in an argon dc discharge were measured using a las...
The thesis covers two pieces of work performed on the gas-liner **** low energy Mather-type plasma f...
MasterStable argon plasma is generated in multi-dipole chamber by hot filament discharge. Parameters...
The thesis covers two pieces of work performed on the gas-liner **** low energy Mather-type plasma f...
The dynamics and characteristics of the plasma sheath during the axial phase in a ∼300 kA, ∼2 kJ den...
The >projectile> being accelerated in a plasma coaxial railgun is a complex mixture: besides plasma,...
This study investigates the axisymmetric plasma flow field near a fixed-potential surface, represent...
The voltage (V) and current (I) characteristics in a plasma focus gun are simulated to yield the cur...
ABSTRACT: Faraday Cup is used to estimate the ion energy flux with various working gas (nitrogen) pr...
The current sheath dynamics in plasma focus facilities is the most important factors. In this paper ...
Experimental study of the dynamics of the plasma in a plasma focus device is carried out in a 3 kJ p...
Current sheath dynamics generated in INTI plasma focus device operated with neon gas has been studie...
The main aim of this work is to study dynamics of plasma current sheath, PCS during the axial accele...
A two concentric electrodes spherical plasma focus device is simulated using a snow plow model, depe...
The study of plasma current sheath (PCS) in Mather-type configuration of Dense Plasma Focus (PF) in ...
Abstract—The electric fields of the sheath region in an argon dc discharge were measured using a las...
The thesis covers two pieces of work performed on the gas-liner **** low energy Mather-type plasma f...
MasterStable argon plasma is generated in multi-dipole chamber by hot filament discharge. Parameters...
The thesis covers two pieces of work performed on the gas-liner **** low energy Mather-type plasma f...
The dynamics and characteristics of the plasma sheath during the axial phase in a ∼300 kA, ∼2 kJ den...
The >projectile> being accelerated in a plasma coaxial railgun is a complex mixture: besides plasma,...
This study investigates the axisymmetric plasma flow field near a fixed-potential surface, represent...
The voltage (V) and current (I) characteristics in a plasma focus gun are simulated to yield the cur...
ABSTRACT: Faraday Cup is used to estimate the ion energy flux with various working gas (nitrogen) pr...