This paper reports the axial profiles of the electron temperature Te in the RF capacitive discharge in oxygen recorded with a probe technique. We observed the Te peaks near the boundaries of the sheaths as well as inside the near-electrode sheath. The Te peak inside the sheath is, probably, due to the formation of the double layer at the anode phase of this near-electrode sheath. The assumption of a double layer formation is also supported by the photos of the sheath glow making evident the bright region inside the sheath. The results of our measurements agree with our fluid simulation satisfactorily
In atmospheric-pressure plasmas the main electron heating mechanism is Ohmic heating, which has dist...
The influence of a uniform magnetic field parallel to the electrodes on radio frequency capacitively...
A systematic study of a low pressure (5–200 mTorr) oxygen discharge is presented. Measurements of th...
This paper reports the axial profiles of the electron temperature Te in the RF capacitive discharge ...
We report the recorded current–voltage characteristics of a RF capacitive discharge in oxygen. Low-f...
This paper studies the glow intensity distribution of the discharge plasma against the tube radius a...
Geometrically symmetric capacitively coupled oxygen plasmas are studied experimentally by optical em...
Publisher's version (útgefin grein)The one-dimensional object-oriented particle-in-cell Monte Carlo ...
We investigate the energy and angular distributions of ions reaching the electrodes in lowpressure, ...
Many of today’s processing plasma tools are operated at low pressures to achieve high etch directivi...
We apply particle-in-cell simulations with Monte Carlo collisions to study the influence of the sin...
Electronegative RF discharges are extensively used in the semi-conductor industry for material proce...
A novel nonlinear effect of anomalously deep penetration of an external radio frequency electric fie...
Stochastic heating is an important phenomenon in low-pressure radio-frequency (RF) capacitive discha...
International audienceWe report experimental and particle-based kinetic simulation studies of low-pr...
In atmospheric-pressure plasmas the main electron heating mechanism is Ohmic heating, which has dist...
The influence of a uniform magnetic field parallel to the electrodes on radio frequency capacitively...
A systematic study of a low pressure (5–200 mTorr) oxygen discharge is presented. Measurements of th...
This paper reports the axial profiles of the electron temperature Te in the RF capacitive discharge ...
We report the recorded current–voltage characteristics of a RF capacitive discharge in oxygen. Low-f...
This paper studies the glow intensity distribution of the discharge plasma against the tube radius a...
Geometrically symmetric capacitively coupled oxygen plasmas are studied experimentally by optical em...
Publisher's version (útgefin grein)The one-dimensional object-oriented particle-in-cell Monte Carlo ...
We investigate the energy and angular distributions of ions reaching the electrodes in lowpressure, ...
Many of today’s processing plasma tools are operated at low pressures to achieve high etch directivi...
We apply particle-in-cell simulations with Monte Carlo collisions to study the influence of the sin...
Electronegative RF discharges are extensively used in the semi-conductor industry for material proce...
A novel nonlinear effect of anomalously deep penetration of an external radio frequency electric fie...
Stochastic heating is an important phenomenon in low-pressure radio-frequency (RF) capacitive discha...
International audienceWe report experimental and particle-based kinetic simulation studies of low-pr...
In atmospheric-pressure plasmas the main electron heating mechanism is Ohmic heating, which has dist...
The influence of a uniform magnetic field parallel to the electrodes on radio frequency capacitively...
A systematic study of a low pressure (5–200 mTorr) oxygen discharge is presented. Measurements of th...