Title :
Improved S-2 Glass Fabric Insulation for
Rutherford Cable
Author :
Blackburn, Raymond ; Fecko, David ; Jaisle, Andrew ; McInturff, A. ; McIntyre, Peter ; Story, Tom
Author_Institution :
Texas A&M Univ., College Station, TX
fDate :
6/1/2008 12:00:00 AM
Abstract :
A direct-braid fiberglass cloth insulation has been developed and evaluated for use on Rutherford cable. The fabric is directly woven onto the cable, using fine-filament yarn sized with a silane mixture. The total thickness of the cloth on each face of the cable is ~55 microns. The sizing is compatible with subsequent reaction heat treat without decomposition, and provides improved wetting and adhesion in the final epoxy impregnation. Ten-stack assemblies of cable segments have been processed through typical coil heat treatment and impregnation and tested for high-voltage insulation and yield strength under mechanical shear.
Keywords :
adhesion; fabrics; glass fibres; heat treatment; niobium alloys; power cable insulation; superconducting cables; tin alloys; wetting; yarn; yield strength; Nb3Sn; Rutherford cable; S-2 glass fabric insulation; adhesion; direct-braid fiberglass cloth insulation; epoxy impregnation; fine-filament yarn; heat treatment; high-voltage insulation; mechanical shear; silane mixture; wetting; yield strength; Adhesives; Assembly; Cable insulation; Coils; Fabrics; Glass; Mechanical cables; Optical fiber cables; Tin; Cable; coil; insulation; magnet; superconductor;
Journal_Title :
Applied Superconductivity, IEEE Transactions on
DOI :
10.1109/TASC.2008.920762