Abstract

The effect of bellows in a supercritical gas centrifuge on the separative power is studied experimentally. It is found that the separative power of a gas centrifuge with bellows placed in the rotor is lower than that of a centrifuge with a smooth rotor and the difference increases with increasing number of bellows in the rotor. It is shown that the reduction of the separative power can be compensated to a large extent by increasing the temperature component of the circulation flow.

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