Abstract
A method was developed for optimizing a cascade with two additional product streams, in which two components of intermediate mass are concentrated simultaneously. The solution of the optimization problem is based on variation of the cuts of partial flows of the cascade steps with large separation factors. A minimum of the total feed stream of the steps with specified concentration of the isotopes is used as the optimization criterion. A computational experiment on separation of a tungsten hexafluoride mixture was performed. It is shown that high concentration of intermediate components can be obtained with additional product streams exceeding the primary product and waste streams of the cascade.
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