Abstract
The operation of a jet–emulsion reactor is considered. The possibility of employing fundamental synergetic principles (the theory of self-organization) in creating a new jet–emulsion metallurgical process and a jet–emulsion reactor is demonstrated. Specific examples in which the relative rates of reduction and oxidation—and hence the chemical composition of the metal—are controlled by the organization of spatial dynamic dissipative structures are presented. A jet–emulsion process in which the metal composition may be controlled by synergetic principles in the course of direct reduction is described.
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