Semi-analytical scaling laws have been derived for the electromagnetic design of superconducting dipoles based on sector coils approximation. Here we discuss the different features of block coils designs used in the past, focusing on the field quality issues, and on the efficiency of the electromagnetic design (i.e. short sample field versus the quantity of superconductor) with respect to the standard cos theta design.
Electromagnetic efficiency of block design in superconducting dipoles / L. Rossi, E. Todesco. - In: IEEE TRANSACTIONS ON APPLIED SUPERCONDUCTIVITY. - ISSN 1051-8223. - 19:3(2009), pp. 5109539.1186-5109539.1190.
Electromagnetic efficiency of block design in superconducting dipoles
L. Rossi;
2009
Abstract
Semi-analytical scaling laws have been derived for the electromagnetic design of superconducting dipoles based on sector coils approximation. Here we discuss the different features of block coils designs used in the past, focusing on the field quality issues, and on the efficiency of the electromagnetic design (i.e. short sample field versus the quantity of superconductor) with respect to the standard cos theta design.
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