Add to ORKG5 pagesExperimental and theoretical studies of arc cathode region have been made during several decades and the task is not yet completed, in spite of many efforts and progress. In this work, a numerical model describing the arc cathode region is developed and applied for copper cathode at low current (4-50A). The model yields the temperature and electric field strength at the cathode surface, electrons emitted and total current density, cathode spot radius, different kinds of power densities heating and cooling the cathode, and the plasma electron density. The comparison with experimental results shows good agreement
In this paper, a measurement of the total amount of liquid metal created by an electric arc in air i...
On the basis of experimental investigations and a simple theoretical model that regards electrode er...
Recently, a constricted attachment of an atmospheric pressure low-current argon arc in the centre of...
8International audienceExperimental and theoretical studies of arc cathode region have been made dur...
In this work, a physical model describing the electric arc attachment on electron emitting non-refra...
International audienceThe aim of this work is to improve the understanding of the heating of copper ...
The power lost by conduction into copper, silver and tungsten cathodes surrounded by water-cooled br...
The results of investigation of the energy parameters of a nonstationary electric-arc spot on a copp...
Various models coupling the refractory cathode, the cathode sheath and the arc at atmospheric pressu...
Understanding of cathode phenomena in arc discharges has considerably improved in recent years due t...
In this presentation authors show how it is possible to solve numerically the equation describing th...
A closed system of equations was devised, enabling a model showing the behaviour of the cathode spot...
The cathode of an electric arc burning freely in air was studied during a half-wave of a sinusoidal,...
A model of near-cathode layers in vacuum arcs is developed. The model relies on a numerical solution...
ABSTRACT (Continue on reverse if necessary and identify by block number) A theoretical study and com...
In this paper, a measurement of the total amount of liquid metal created by an electric arc in air i...
On the basis of experimental investigations and a simple theoretical model that regards electrode er...
Recently, a constricted attachment of an atmospheric pressure low-current argon arc in the centre of...
8International audienceExperimental and theoretical studies of arc cathode region have been made dur...
In this work, a physical model describing the electric arc attachment on electron emitting non-refra...
International audienceThe aim of this work is to improve the understanding of the heating of copper ...
The power lost by conduction into copper, silver and tungsten cathodes surrounded by water-cooled br...
The results of investigation of the energy parameters of a nonstationary electric-arc spot on a copp...
Various models coupling the refractory cathode, the cathode sheath and the arc at atmospheric pressu...
Understanding of cathode phenomena in arc discharges has considerably improved in recent years due t...
In this presentation authors show how it is possible to solve numerically the equation describing th...
A closed system of equations was devised, enabling a model showing the behaviour of the cathode spot...
The cathode of an electric arc burning freely in air was studied during a half-wave of a sinusoidal,...
A model of near-cathode layers in vacuum arcs is developed. The model relies on a numerical solution...
ABSTRACT (Continue on reverse if necessary and identify by block number) A theoretical study and com...
In this paper, a measurement of the total amount of liquid metal created by an electric arc in air i...
On the basis of experimental investigations and a simple theoretical model that regards electrode er...
Recently, a constricted attachment of an atmospheric pressure low-current argon arc in the centre of...