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Superconducting properties of Nb3Al multifilamentary wire
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Nb3Al multifilamentary wire has been fabricated by a newly developed process, in which a composite consisting of a niobium matrix and a large number of Al-Mg alloy cores is cold drawn into a wire with ultrafine Al-Mg alloy filaments (about 0.1 μm), and then heat treated to form Nb3Al filaments by the diffusion reaction between the Al-Mg alloy cores and the Nb matrix. The wire shows excellent high-field superconducting properties comparable to those of the practical Nb3Sn multifilamentary wire.
Title: Superconducting properties of Nb3Al multifilamentary wire
Description:
Nb3Al multifilamentary wire has been fabricated by a newly developed process, in which a composite consisting of a niobium matrix and a large number of Al-Mg alloy cores is cold drawn into a wire with ultrafine Al-Mg alloy filaments (about 0.
1 μm), and then heat treated to form Nb3Al filaments by the diffusion reaction between the Al-Mg alloy cores and the Nb matrix.
The wire shows excellent high-field superconducting properties comparable to those of the practical Nb3Sn multifilamentary wire.
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