Applications of Plasma Technology in Extractive Metallurgy
I. H. Warren Associate Professor H. Shimizu Research Assistant Deportment of Metallurgy, University of British Columbia, Vancouver, B.C.
The types of equipment available for generating a plasma have been reviewed. The efficiency and potential of the plasma generating equipment used in performing extractive metallurgical reactions have been determined. A general classification of the reactions that might be performed in a plasma has been proposed. Experimental work done on extractive metallurgical plasma reactions, heat transfer between the plasma and solids, and the quench of the products of plasma reaction has been summarized. From the preliminary results it appears that the high-intensity arc or the transpiration-cooled anode plasma torch offer the most promising areas for further research.
Argon Flow, forming gas, H. Anode, Plasma Spraying, plasma torch, Efficiency, flow, Graphite, Heat, Materials, particles, Power, Production, Temperature