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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

Active Publication Date: 2020-12-25
BRUKER SWITZERLAND AG
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

On the other hand, the tube element is also unusable as a carrier for the shim element, since the relative movement of the shim element with respect to the coil system of the superconducting magnet leads to instabilities in the homogeneity

Method used

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  • Cryostat assembly having a resilient, heat-conducting connection element
  • Cryostat assembly having a resilient, heat-conducting connection element
  • Cryostat assembly having a resilient, heat-conducting connection element

Examples

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Embodiment Construction

[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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Abstract

A cryostat assembly having an outer container; a coil tank with a superconducting magnet coil system to be cooled and a first cryogenic thermostatic fluid and a reserve tank with a second cryogenic thermostatic fluid are set in the external container; the temperature of the first cryogenic thermostatic fluid is below the temperature of the second cryogenic thermostatic fluid at least in the operating state of the magnet coil system; the coil tank is mechanically rigidly fixed to the outer container by means of at least one first suspension element and the reserve tank is mechanically rigidly fixed to the outer container by means of at least one second suspension element; the reserve tank is thermally connected to a cover element, which is connected to the pipe element in a thermally conductive and mechanically rigid manner and is connected to the first suspension element in a thermally conductive and mechanically rigid manner by means of at least one coupling element; the invention ischaracterized in that the cover element is mechanically connected to the reserve tank by means of a resilient heat conducting connection element which is in thermal contact with both the cover elementand the reserve tank.

Description

technical field [0001] The invention relates to a cryostat assembly with an outer container in which a coil tank with a coil system of a superconducting magnet to be cooled and a first cryostat fluid and a storage tank with a second cryostat fluid are arranged, wherein At least in the operating state of the superconducting magnet coil system, the temperature of the first cryostat fluid is below the temperature of the second cryostat fluid, wherein the coil tank is by means of at least one first suspension element and the storage tank is by means of at least one first suspension element. Two suspension elements are fastened mechanically rigidly to the outer container, wherein the storage tank is thermally connected to the cover element, which is connected thermally conductively and mechanically rigidly to the tube element and via at least one coupling element thermally conductively and mechanically rigidly to the first Suspension element connection. Background technique [0...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01F6/04H01F6/06F17C3/00F17C13/00F17C13/08G01R33/31
CPCH01F6/04H01F6/06F17C3/00F17C13/00F17C13/08G01R33/31F17C2223/0153F25D19/006F17C3/085F17C13/007F17C2203/0687F17C2223/0161F17C2270/0536
Inventor P-A·博菲尔R·绍韦克尔G·屈布勒T·维特里希
Owner BRUKER SWITZERLAND AG
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