Add to ORKGThe two most likely causes of electromagnetic instability in electric furnace arcs are shown to be the kink and the fire-hose instabilities. Stabilization by an externally imposed axially magnetic field is analyzed, and experimental results are presented demonstrating stabilization of a small, pulsed test arc by this method
A new, more precise and simple semi-empirical formula has been obtained for the prediction of the ro...
The effect of an external magnetic field on the anodic arc root movement inside a dc plasma torch ha...
The problem of direct-current plasma arc behaviour, interaction, and dynamics is considered in the c...
The two most likely causes of electromagnetic instability in electric furnace arcs are shown to be t...
During the last decades the strategy to define the optimal Electric Arc Furnaces (EAF) electrical op...
Graduation date: 2008The behavior of a metal vapor plasma arc in a vacuum arc remelting (VAR) furnac...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 2...
Atmospheric pressure arcs are used extensively in applications such as welding and metallurgy. Howev...
The paper devoted to the numerical simulation of processes in DC electric arc furnaces with the bott...
A rotating arc circuit breaker is described which uses an auxiliary current source to generate the m...
Oxygen plasma arc cutting is widely employed in various industrial fields. In the case of cutting ma...
Results of analytically studied effect of electromagnetic blowing and the slag height on the arc eff...
The method of controlling high-current switching arcs by transverse magnetic fields (TMF) forcing th...
Results of experimental investigations of copper cathode erosion in a magnetically driven arc versus...
Experimental results are presented on copper-cathode erosion for magnetically driven arcs in air, fo...
A new, more precise and simple semi-empirical formula has been obtained for the prediction of the ro...
The effect of an external magnetic field on the anodic arc root movement inside a dc plasma torch ha...
The problem of direct-current plasma arc behaviour, interaction, and dynamics is considered in the c...
The two most likely causes of electromagnetic instability in electric furnace arcs are shown to be t...
During the last decades the strategy to define the optimal Electric Arc Furnaces (EAF) electrical op...
Graduation date: 2008The behavior of a metal vapor plasma arc in a vacuum arc remelting (VAR) furnac...
Thesis (Ph.D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, 2...
Atmospheric pressure arcs are used extensively in applications such as welding and metallurgy. Howev...
The paper devoted to the numerical simulation of processes in DC electric arc furnaces with the bott...
A rotating arc circuit breaker is described which uses an auxiliary current source to generate the m...
Oxygen plasma arc cutting is widely employed in various industrial fields. In the case of cutting ma...
Results of analytically studied effect of electromagnetic blowing and the slag height on the arc eff...
The method of controlling high-current switching arcs by transverse magnetic fields (TMF) forcing th...
Results of experimental investigations of copper cathode erosion in a magnetically driven arc versus...
Experimental results are presented on copper-cathode erosion for magnetically driven arcs in air, fo...
A new, more precise and simple semi-empirical formula has been obtained for the prediction of the ro...
The effect of an external magnetic field on the anodic arc root movement inside a dc plasma torch ha...
The problem of direct-current plasma arc behaviour, interaction, and dynamics is considered in the c...