Thermal Expansion of Multifilamentary Nb_3Sn and V_3Ga Superconduetive Cables and Fiberglass-Epoxy and Cotton-Phenolic Composite Materials

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概要

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• The thermal contraction of multifilamentary Nb_3Sn and V_3Ga superconductive cables and the composite materials, fiberglass-epoxy and cotton-phenolic, was measured from room temperature to 4 K. Both the thermal contraction and the thermal expansion coefficient were tabulated as a function of temperature. The thermal contraction to 4 K of V_3Ga was slightly greater than that of Nb_3Sn. For the composites, thermal contraction to 4 K was 2.8 times higher transverse to the fibers than parallel to them.

• 社団法人応用物理学会の論文
• 1981-04-05

著者

• Clark A.

  National Bureau Of Standards

• FUJII G.

  National Bureau of Standards

• RANNEY M.

  National Bureau of Standards

関連論文

• Thermal Expansion of Multifilamentary Nb_3Sn and V_3Ga Superconduetive Cables and Fiberglass-Epoxy and Cotton-Phenolic Composite Materials

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