MANUFACTURE OF SUPERCONDUCTIVE MAGNET COIL

MANUFACTURE OF SUPERCONDUCTIVE MAGNET COIL

PURPOSE:To improve the packing properties of a coil, and to obtain a superconductive magnet having high performance by pressing a superconducting strand wound on a bobbin by a roller and winding the strand while sufficiently holding down fillers having excellent thermal conductivity. CONSTITUTION:A...

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1. Verfasser: OOKURA KENGO
Format: Patent
Sprache:eng
Schlagworte:
BASIC ELECTRIC ELEMENTS
ELECTRICITY
INDUCTANCES
MAGNETS
SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
TRANSFORMERS
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creator OOKURA KENGO
description PURPOSE:To improve the packing properties of a coil, and to obtain a superconductive magnet having high performance by pressing a superconducting strand wound on a bobbin by a roller and winding the strand while sufficiently holding down fillers having excellent thermal conductivity. CONSTITUTION:A superconducting strand 2 in Nb, Ti, etc. wound on a bobbin 1 is pressed by force the same as or higher than electromagnetic force working to a coil on conduction, and wound while thin metallic filers or, more preferably, the foil of Cu and Al as a softening treating agent or fillers 4 in a metal sheet are held down among coil layers. According to the method, adhesive properties between the strand and fillers are improved because strong pressure can be applied to a rolled section without applying forced tension to a winding. Since compressive force is applied to the strand as a lower layer, the Young's modulus of the coil does not lower, and a magnet having stable performance is obtained.
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CONSTITUTION:A superconducting strand 2 in Nb, Ti, etc. wound on a bobbin 1 is pressed by force the same as or higher than electromagnetic force working to a coil on conduction, and wound while thin metallic filers or, more preferably, the foil of Cu and Al as a softening treating agent or fillers 4 in a metal sheet are held down among coil layers. According to the method, adhesive properties between the strand and fillers are improved because strong pressure can be applied to a rolled section without applying forced tension to a winding. 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CONSTITUTION:A superconducting strand 2 in Nb, Ti, etc. wound on a bobbin 1 is pressed by force the same as or higher than electromagnetic force working to a coil on conduction, and wound while thin metallic filers or, more preferably, the foil of Cu and Al as a softening treating agent or fillers 4 in a metal sheet are held down among coil layers. According to the method, adhesive properties between the strand and fillers are improved because strong pressure can be applied to a rolled section without applying forced tension to a winding. Since compressive force is applied to the strand as a lower layer, the Young's modulus of the coil does not lower, and a magnet having stable performance is obtained.</abstract><oa>free_for_read</oa></addata></record>
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subjects BASIC ELECTRIC ELEMENTS
ELECTRICITY
INDUCTANCES
MAGNETS
SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
TRANSFORMERS
title MANUFACTURE OF SUPERCONDUCTIVE MAGNET COIL
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