Abstract
A simple method for limiting the losses of liquid helium and the pressure rise in a cryostat in transitions of superconducting magnets to the normal state is suggested. It involves the application of a layer of porous fiber insulation to the magnet surface. We investigated the influence of such a layer on the amount of liquid helium evaporated and on the pressure rise in a cryostat in the transition of a superconducting laboratory-scale magnet to the normal state.
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