Abstract
A technology for intensified production of fine-grain graphites based on nonconducting, nonfired coke using press-molded coke-pitch composites in a plastic state at temperatures close to the coke — semicoke transition temperature is proposed. Two techniques for heating the press-powder: (i) by heat transfer from the hot matrix wall and (ii) by use of a hot carrier gas to convey heat to suspended particles in a vortex chamber are considered.
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