This paper analyzes the formation of double spacecharge sheaths, associated to the development of double ionization structures in radio frequency discharges. A simulation tool is used to generate space-time images of the ionization rate in hydrogen and in helium, obtained by inducing artificial modifications in the mobility of charged particles, with these gase
Double-layers (DLs) were observed in the expanding region of an inductively coupled plasma with Ar–S...
This work presents the characterization of a radio-frequency, capacitively coupled, symmetric, hydro...
In a triple plasma device, the injection of electron current from the source chamber to the target c...
The paper analyses the formation of double space-charge sheaths, associated to the development of Do...
A two-dimensional particle-in-cell simulation has been developed to study density enhancement of cap...
The paper presents a systematic characterization of pure hydrogen capacitively coupled discharges, p...
This paper studies the modes of dual-frequency (high-frequency (HF)/low-frequency (LF)) low-pressure...
Stochastic heating is an important phenomenon in low-pressure radio-frequency (RF) capacitive discha...
International audienceDouble layers have been observed to propagate from the source region to the di...
A low-frequency instability varying from 10 to 20kHz has been discovered in the presence of a curren...
The model of a collisionless near-cathode space-charge sheath with ionization of atoms emitted by t...
This paper presents images of dynamic sheath evolution in a radio-frequency atmospheric pressure glo...
Several types of double-layer structures have been reported previously in the literature and the str...
The dynamic process of plasma formation and propagation is important to deepen understanding of plas...
Abstract—Plasma ionization in the low-pressure operation regime (< 5 Pa) of RF capacitively coupl...
Double-layers (DLs) were observed in the expanding region of an inductively coupled plasma with Ar–S...
This work presents the characterization of a radio-frequency, capacitively coupled, symmetric, hydro...
In a triple plasma device, the injection of electron current from the source chamber to the target c...
The paper analyses the formation of double space-charge sheaths, associated to the development of Do...
A two-dimensional particle-in-cell simulation has been developed to study density enhancement of cap...
The paper presents a systematic characterization of pure hydrogen capacitively coupled discharges, p...
This paper studies the modes of dual-frequency (high-frequency (HF)/low-frequency (LF)) low-pressure...
Stochastic heating is an important phenomenon in low-pressure radio-frequency (RF) capacitive discha...
International audienceDouble layers have been observed to propagate from the source region to the di...
A low-frequency instability varying from 10 to 20kHz has been discovered in the presence of a curren...
The model of a collisionless near-cathode space-charge sheath with ionization of atoms emitted by t...
This paper presents images of dynamic sheath evolution in a radio-frequency atmospheric pressure glo...
Several types of double-layer structures have been reported previously in the literature and the str...
The dynamic process of plasma formation and propagation is important to deepen understanding of plas...
Abstract—Plasma ionization in the low-pressure operation regime (< 5 Pa) of RF capacitively coupl...
Double-layers (DLs) were observed in the expanding region of an inductively coupled plasma with Ar–S...
This work presents the characterization of a radio-frequency, capacitively coupled, symmetric, hydro...
In a triple plasma device, the injection of electron current from the source chamber to the target c...