Cryostat assembly having a resilient, heat-conducting connection element
A technology for cryostats and connecting components, applied to electrical components, household appliances, magnetic objects, etc., can solve problems such as unstable uniformity, and achieve good thermal contact effects
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[0056] in the picture figure 1 and 3 6 to 6 each show a preferred embodiment of a cryostat assembly according to the invention for cooling a superconducting magnet assembly in a schematic view in different details, while figure 2 A typical cryostat assembly according to the closest prior art is shown.
[0057] A cryostat assembly 1 of this type has an outer container 2 in which a coil tank 3 with a superconducting magnet coil system 4 to be cooled and a first cryostat fluid 5 is arranged. The superconducting magnet coil system 4 is also cooled, at least in the operating state, by a second cryostat fluid 7 located in the storage tank 6 , which has a higher temperature than the first cryostat fluid 5 . The coil tank 3 is fixed mechanically rigidly to the outer container 2 by means of at least one first suspension element 8 and the storage tank 6 is fixed mechanically rigidly to the outer container 2 by means of at least one second suspension element 9 . Furthermore, the stor...
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