The radio-frequency breakdown in argon gas was investigated by using particle-in-cell simulation technique. A zero-dimensional global model was developed to study the experimental and simulated measurements of breakdown. It was found that the simulation results were in agreement with respect to the experimental results
High-frequency AC breakdown covers a broad range of frequencies. The reakdown process in not the sam...
This paper reports the results of the detailed and comprehensive experimental and theoretical treatm...
In this study, we investigated plasma initiation delay times for argon volume breakdown at the W-ban...
This work represents the investigation of the dependence of the breakdown voltage on the gas pressur...
Breakdown voltages of a capacitively coupled radio frequency argon discharge at 27 MHz are studied. ...
This paper reports the results of the detailed theoretical and Simulation study of the dependence of...
The minimum voltage required to break down a dischargeVbrk has long been known to be a strong functi...
The effect of frequency on the characteristics of ac-driven breakdown processes in 0.7 bar argon is ...
Interest in air breakdown phenomena has recently been re-kindled with the advent of advanced virtual...
Ac-driven breakdown processes have been explored much less than the pulsed or dc breakdown, even tho...
We report a combined experimental and modeling study of the breakdown of synthetic air under the in ...
Particle models using the classical Particle in Cell/Monte Carlo technique have been developed and u...
Abstract-Radio-frequency discharges are known to operate in two different regimes. The α regime of l...
A hybrid Monte Carlo-fluid model has been developed for the electrons, argon ions and fast argon ato...
The mechanisms responsible for the propagation of the first anode directed ionization wave that occu...
High-frequency AC breakdown covers a broad range of frequencies. The reakdown process in not the sam...
This paper reports the results of the detailed and comprehensive experimental and theoretical treatm...
In this study, we investigated plasma initiation delay times for argon volume breakdown at the W-ban...
This work represents the investigation of the dependence of the breakdown voltage on the gas pressur...
Breakdown voltages of a capacitively coupled radio frequency argon discharge at 27 MHz are studied. ...
This paper reports the results of the detailed theoretical and Simulation study of the dependence of...
The minimum voltage required to break down a dischargeVbrk has long been known to be a strong functi...
The effect of frequency on the characteristics of ac-driven breakdown processes in 0.7 bar argon is ...
Interest in air breakdown phenomena has recently been re-kindled with the advent of advanced virtual...
Ac-driven breakdown processes have been explored much less than the pulsed or dc breakdown, even tho...
We report a combined experimental and modeling study of the breakdown of synthetic air under the in ...
Particle models using the classical Particle in Cell/Monte Carlo technique have been developed and u...
Abstract-Radio-frequency discharges are known to operate in two different regimes. The α regime of l...
A hybrid Monte Carlo-fluid model has been developed for the electrons, argon ions and fast argon ato...
The mechanisms responsible for the propagation of the first anode directed ionization wave that occu...
High-frequency AC breakdown covers a broad range of frequencies. The reakdown process in not the sam...
This paper reports the results of the detailed and comprehensive experimental and theoretical treatm...
In this study, we investigated plasma initiation delay times for argon volume breakdown at the W-ban...