A numerical particle in cell-Monte Carlo model of the breakdown in the plasma focus device simulates the development of an ionization wave sliding along the insulator. In order to validate this model a planar model device is created. The pictures of the discharges taken by a fast optical camera show that we have qualitative agreement between the model and the experimental observations
A kHz-operated atmospheric pressure plasma jet is investigated by measuring charge transferred to a ...
A one-dimensional particle-in-cell (PIC) algorithm is applied to a planar plasma probe in contact wi...
The use of solid insulators in electrical generation, transmission and distribution is widespread. H...
A numerical particle in cell-Monte Carlo model of the breakdown in the plasma focus device simulates...
A two concentric electrodes spherical plasma focus device is simulated using a snow plow model, depe...
The breakdown phase in a Plasma Focus (PF) device is not yet a well-understood phenomenon, even if ...
The voltage (V) and current (I) characteristics in a plasma focus gun are simulated to yield the cur...
A novel technique has been developed and studied in this paper to simulate the electrical discharge ...
We present a kinetic simulation of the plasma formed by photoionization in the intense flux of an ex...
A drift diffusion model is used to investigate a PD between spherical electrodes coated by a dielect...
International audienceA parametric study of the impingement of a helium kHz atmospheric pressure pla...
Intense pulsed ion beam (IPIB) techniques have been widely investigated in the field of surface modi...
The plasma generated by plasma focus (PF) devices have substantially different physical characterist...
A physical model is presented for the study of parametric instabilities in inertial confinement fusi...
Capacitively coupled discharges with a radio-frequency operated voltage (ccrf) are important for pla...
A kHz-operated atmospheric pressure plasma jet is investigated by measuring charge transferred to a ...
A one-dimensional particle-in-cell (PIC) algorithm is applied to a planar plasma probe in contact wi...
The use of solid insulators in electrical generation, transmission and distribution is widespread. H...
A numerical particle in cell-Monte Carlo model of the breakdown in the plasma focus device simulates...
A two concentric electrodes spherical plasma focus device is simulated using a snow plow model, depe...
The breakdown phase in a Plasma Focus (PF) device is not yet a well-understood phenomenon, even if ...
The voltage (V) and current (I) characteristics in a plasma focus gun are simulated to yield the cur...
A novel technique has been developed and studied in this paper to simulate the electrical discharge ...
We present a kinetic simulation of the plasma formed by photoionization in the intense flux of an ex...
A drift diffusion model is used to investigate a PD between spherical electrodes coated by a dielect...
International audienceA parametric study of the impingement of a helium kHz atmospheric pressure pla...
Intense pulsed ion beam (IPIB) techniques have been widely investigated in the field of surface modi...
The plasma generated by plasma focus (PF) devices have substantially different physical characterist...
A physical model is presented for the study of parametric instabilities in inertial confinement fusi...
Capacitively coupled discharges with a radio-frequency operated voltage (ccrf) are important for pla...
A kHz-operated atmospheric pressure plasma jet is investigated by measuring charge transferred to a ...
A one-dimensional particle-in-cell (PIC) algorithm is applied to a planar plasma probe in contact wi...
The use of solid insulators in electrical generation, transmission and distribution is widespread. H...