About the flow field in a mechanically driven ultracentrifuge for Uranium enrichment
Copyright policy )About the flow field in a mechanically driven ultracentrifuge for Uranium enrichment
A mechanically driven centrifuge is considered with a baffle near the bottom cover which rotates at a slightly lower velocity than that of the centrifuhe. A feed gas is introduced into the centrifuge by means of a tube coaxial with it. The immission takes place at the middle of the centrifuge height. The effect of the feed flow is investigated. The partial differential equation system, which rules the flow field, has been linearized and the calculations have been carried out by means of a numerical code using the finite difference method. The field in general is obtained by linearly combining the three following flow fields:
Reaction effects in flows, partial differential equation system linearized, recirculation, flow patterns, feed gas, effect of the feed flow, finite difference method
Reaction effects in flows, partial differential equation system linearized, recirculation, flow patterns, feed gas, effect of the feed flow, finite difference method
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