Principles of Cryostat Design

Weisend, J. G.

doi:10.1007/978-3-319-31150-0_1

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Heat Exchange Between the Two Surfaces Of A Cryostat1

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2020

2023

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Cited by 3 publications

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“…Thermal radiation can be minimized by placing radiation shields with spacers in between the cold and hot surfaces of a cryostat. Therefore, understanding of the thermal radiation reduction requires appropriate consideration of the heat transfer between these two surfaces [22]. The present work focuses on the reduction of thermal radiation heat load.…”

Section: Heat Exchange Between the Two Surfaces Of A Cryostatmentioning

confidence: 99%

Heat radiation reduction in cryostats with multilayer insulation technique

et al. 2020

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Multilayer insulation (MLI) is an important technique for the reduction of radiation heat load in cryostats. The present work is focused on investigation for the selection of suitable reflective layer and spacer material in MLI systems. In our analysis, we have selected perforated double-Aluminized Mylar (DAM) with Dacron, unperforated DAM with Silk-net and perforated DAM with Glass-tissue for their evaluation as the reflective layer as well as spacer materials in MLI technique. Current work would discuss the calculation of the effect of layer density and the number of layers on the heat load. Knowing the key parameters of MLI, we have compared the heat load generation in spherical as well as cylindrical cryostats and the different effect of shielding the cryostat inner or the outer surface on the heat load.

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Section: Heat Exchange Between the Two Surfaces Of A Cryostatmentioning

confidence: 99%