Abstract
In many cases, circulating cryostatic control of current carrying elements of power equipment is carried out by a two-phase stream with non-zero vapor content at the inlet to an extended channel (length-to-diameter ratio of channel is more than 1000 [i]). Under variable heat load conditions when there is substantial variation in the cryogen parameters in the transient process, it becomes necessary to maintain a given cryostatic control temperature and reduce the effect of flow fluctuations on the operation of the cooled system.
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