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INVESTIGATION OF HIGH-CURRENT-CARRYING LEADS INTO LIQUID HELIUM
Y. Shiroyanagi, G. Gopalakrishnan, Sanghun An, T. Gramila (2006)
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An integrated approach to magnet lead design is presented which incorporates innovations and design enhancements over a conventional design. The primary innovation is that a set of baffles is used to transfer heat from the leads to the Helium gas, as opposed to direct thermal contact between the two. Based on this design approach, we have established a calculational method to compute boiloff rates and temperature profiles. We have investigated the feasibility of such a baffle cooled approach by conducting boiloff calculations for various lead geometries. Leads with graded cross sectional areas, which are readily incorporated into such a system, significantly lower the boiloff rate compared with uniform area leads.
Journal of Low Temperature Physics – Springer Journals
Published: Jan 29, 2009
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