When the maximum temperatures within a high-pressure gas discharge arc are lower than the ionization temperature of the gas molecules by an order of magnitude, an asymptotic treatment of the temperature equation is possible. This is illustrated by means of the Elenbaas–Heller equation [e.g., M. F. Hoyaux, Arc Physics (Springer, Berlin, 1968), p. 36] for a nonradiating wall-stabilized arc. The asymptotics lead to a closed-form expression for the relationship between the arc current and the axis temperature. An expression for the heat loss per unit length is also given
The mechanism of the high temperature Ar arc is interpreted considering those essential points in wh...
The paper deals with a simplified model of an intensively blasted electric arc burning in the anode ...
In the past several authors have reported on experiments with wall stabilized arcs, to study transpo...
When the maximum temperatures within a high-pressure gas discharge arc are lower than the ionization...
An asymptotic analysis of the Elenbaas–Heller equation for a radiating wall-stabilized high-pressure...
A boundary-layer model for a plane free-burning high-pressure gas-discharge arc is given. For the de...
By means of the energy balance equation for a cyiindrically symmetric arc an expression is derived w...
AbstractThe method of matched asymptotic expansions is applied to a problem which is of importance i...
A model is described for the plasma flow in an Ar cascade arc which takes into account the heating a...
Generalization of av. elec. field strength for different discharge conditions in longitudinally blow...
The electron temperature T/sub e/ is obtained from five optically non-thin Ar I line-transitions. It...
International audienceThis study focuses on a wall-stabilized hydrogen arc column at low current. Th...
This paper presents a theor. model for the numerical anal. of the acceleration and heating of a gas ...
The mechanism of the high temperature Ar arc is interpreted considering those essential points in wh...
The paper deals with a simplified model of an intensively blasted electric arc burning in the anode ...
In the past several authors have reported on experiments with wall stabilized arcs, to study transpo...
When the maximum temperatures within a high-pressure gas discharge arc are lower than the ionization...
An asymptotic analysis of the Elenbaas–Heller equation for a radiating wall-stabilized high-pressure...
A boundary-layer model for a plane free-burning high-pressure gas-discharge arc is given. For the de...
By means of the energy balance equation for a cyiindrically symmetric arc an expression is derived w...
AbstractThe method of matched asymptotic expansions is applied to a problem which is of importance i...
A model is described for the plasma flow in an Ar cascade arc which takes into account the heating a...
Generalization of av. elec. field strength for different discharge conditions in longitudinally blow...
The electron temperature T/sub e/ is obtained from five optically non-thin Ar I line-transitions. It...
International audienceThis study focuses on a wall-stabilized hydrogen arc column at low current. Th...
This paper presents a theor. model for the numerical anal. of the acceleration and heating of a gas ...
The mechanism of the high temperature Ar arc is interpreted considering those essential points in wh...
The paper deals with a simplified model of an intensively blasted electric arc burning in the anode ...
In the past several authors have reported on experiments with wall stabilized arcs, to study transpo...