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Effect of the expanding explosive-emission centers plasma on the impedance of a high-current diode
By: Belomyttsev, S.Y.; Pegel, I.V.; Korovin, S.D.;
1999 / IEEE
Description
This item was taken from the IEEE Periodical ' Effect of the expanding explosive-emission centers plasma on the impedance of a high-current diode ' Formulas for the space-charge-limited electron current in a planar diode with a small hemispherical or hemi-cylindrical plasma emitter have been obtained theoretically and by a numerical simulation. For a periodic cathode structure of hemispherical emitters, an approximate expression for current is derived. Based on these results, the increase in current with time in high current explosive-emission diodes is explained. A condition has been found under which the expanding cathode plasma has no effect on the diode impedance. This is related to the electric field pressure on the cathode. A configuration of the cathode surface has been proposed which provides realization of this condition.
Related Topics
Plasma Simulation
Plasma Transport Processes
Emitter Current
Expanding Explosive-emission Centers Plasma
High-current Diode
Space-charge-limited Electron Current
Planar Diode
Hemispherical Plasma Emitter
Hemi-cylindrical Plasma Emitter
Numerical Simulation
Periodic Cathode Structure
High Current Explosive-emission Diodes
Diode Impedance
Electric Field Pressure
Blade-type Diode
Child-langmuir Law
Cathode Plasma Expansion
Diode Perveance
Emission Surface Discontinuity
Cold Cathode
Time Dependence
Diodes
Cathodes
Electron Emission
Surface Impedance
Plasma Simulation
Periodic Structures
Plasma Stability
Electron Beams
Plasma Density
Voltage
Plasma Diodes
Plasma Pressure
Engineered Materials, Dielectrics And Plasmas
Engineering
Expanding Cathode Plasma