Add to ORKGWe report observation of self-organized multilayer plasma patterns formed along the length of an atmospheric pressure glow discharge generated over a wide frequency range from 10–100 kHz
In this letter, the authors present an experimental study of the temporal characteristics of submicr...
This research work presents the numerical simulations of multispecies multi-dimensional fluid model ...
Building on recent experimental and numerical evidence of different glow modes in atmospheric plasma...
This letter reports the observation of self-organized patterns formed in a 29 mm wide atmospheric p...
Multilayer plasma patterns in atmospheric pressure glow discharges This item was submitted to Loughb...
Multilayer plasma patterns in paralleled and coupled atmospheric glow discharges This item was submi...
The concept of self-organization in nature has been pondered and written about since ancient times. ...
This paper presents images of dynamic sheath evolution in a radio-frequency atmospheric pressure glo...
We have developed a radio-frequency-powered nonequilibrium argon gas discharge consisting of two par...
Array of atmospheric pressure surface discharges confined by a two-dimensional hexagon electrode mes...
Self-consistent numerical modeling was performed of a micro-glow discharge in helium self-organizin...
Short planar glow discharges coupled to a resistive layer exhibit a wealth of spontaneous spatiotemp...
There has been a considerable interest in non-thermal atmospheric pressure discharges over the past ...
Pattern formation in the anode layer at a water electrode in atmospheric pressure glow discharges in...
We report observation of nonthermal atmospheric discharges produced between two bare metallic electr...
In this letter, the authors present an experimental study of the temporal characteristics of submicr...
This research work presents the numerical simulations of multispecies multi-dimensional fluid model ...
Building on recent experimental and numerical evidence of different glow modes in atmospheric plasma...
This letter reports the observation of self-organized patterns formed in a 29 mm wide atmospheric p...
Multilayer plasma patterns in atmospheric pressure glow discharges This item was submitted to Loughb...
Multilayer plasma patterns in paralleled and coupled atmospheric glow discharges This item was submi...
The concept of self-organization in nature has been pondered and written about since ancient times. ...
This paper presents images of dynamic sheath evolution in a radio-frequency atmospheric pressure glo...
We have developed a radio-frequency-powered nonequilibrium argon gas discharge consisting of two par...
Array of atmospheric pressure surface discharges confined by a two-dimensional hexagon electrode mes...
Self-consistent numerical modeling was performed of a micro-glow discharge in helium self-organizin...
Short planar glow discharges coupled to a resistive layer exhibit a wealth of spontaneous spatiotemp...
There has been a considerable interest in non-thermal atmospheric pressure discharges over the past ...
Pattern formation in the anode layer at a water electrode in atmospheric pressure glow discharges in...
We report observation of nonthermal atmospheric discharges produced between two bare metallic electr...
In this letter, the authors present an experimental study of the temporal characteristics of submicr...
This research work presents the numerical simulations of multispecies multi-dimensional fluid model ...
Building on recent experimental and numerical evidence of different glow modes in atmospheric plasma...