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Long length coated conductors (CCs) have recently become commercially available, serving as a promising candidate for use in electric power applications. However, the cost of materials and manufacturing is high, which discourages their use in widespread commercially feasible products. REBa2Cu3O7 (REBCO; RE: Y or rareearth elements) superconducting films with high critical current density ( Jc) have been grown on cubetextured metal tapes for the purpose of developing CCs for high temperature, high magnetic field applications. In the standard approach, a biaxially crystalaligned YBCO layer is deposited on a Y2O3/Y2O3stabilized ZrO2/CeO2 buffered NiW tape. CCs become highly resistive when they are quenched, therefore, to manufacture reliable and safe applications, it is necessary to attach lowresistive metal layers such as Cu and/or Ag to the CCs to stabilize and protect from damage due to quenches. Presently, insulative oxides are used for the buffer layers, thus thick Ag and Cu layers are required to be deposited as the stabilizer layers on the YBCO layer. However, the high material and process costs for the Ag and Cu layers are one of the major obstacles for achieving lowcost CCs. Use of conductive buffer layers instead of the insulative ones will allow CCs to be less expensive. In this paper, we propose a new configuration for CCs: YBCO deposited on a conductive Sr(Ti0.95Nb0.05)O3 buffered Nielectroplated {100}〈001〉textured Cu and SUS316 lamination tape. Sr(Ti0.95Nb0.05)O3 was epitaxially grown on the Nielectroplated {100}〈001〉textured Cu tape and its resistivity was low as 2.5 mQcm at 77 K. Excellent Jc of 2.6×106 A/cm2 was achieved at 77 K under a magnetic selffield for the YBCO/Sr(Ti0.95Nb0.05)O3/Ni/Cu/SUS316 tape. We believe that Sr(Ti0.95Nb0.05)O3 is one of promising candidates for the conductive buffer layer material. [doi:10.2320/jinstmet.JC201608]

nippon kinzoku gakkaishi/nihon kinzoku gakkaishi

Fabrication of YBa&lt;sub&gt;2&lt;/sub&gt;Cu&lt;sub&gt;3&lt;/sub&gt;O&lt;sub&gt;7&lt;/sub&gt; Superconducting Film on {100}〈001〉 Textured Cu Tape via Conductive Buffer Layers