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Researching of thermophysical processes in Acheson furnace for the production of silicon carbide to develop automatic process control system

Thermo-physical model of silicon carbide production process in Acheson furnace is developed. Dynamics of thermal condition of furnace reaction zone is computed by finite difference method. Temperature front of reducing reactions is indicated. It is reasonable to estimate effect of input power dynamics on sizes of zones of reduction products by means of developed model in order to obtain analytical dependences of change of thermal condition of furnace reaction zone which will enable to work out technological recommendations on conduct of silicon carbide production process and to develop Automatic Process Control System of furnace. Researching of thermophysical processes in Acheson furnace for the production of silicon carbide to develop automatic process control system

silicon carbide production ; automatic process control system ; Acheson furnace

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