Please use this identifier to cite or link to this item: http://localhost/handle/Hannan/137653
Title: Influence of a Novel Heat Treatment on Structures and Superconducting Properties of YGdBCO Coated Conductors
Authors: Wentao Wang;Mingjiang Wang;Lian Liu;Baolei Huo;Zhou Yu;Yong Zhang;Cuihua Cheng;Yong Zhao
Year: 2017
Publisher: IEEE
Abstract: Preliminary results for a future superconducting joint between YGdBCO coated conductors (CCs) were reported in this work. A promising heat treatment called as melting diffusion and texture merging to connect CCs was proposed and the influence of different treatment on the texture, the surface morphologies and the superconducting properties of YGdBCO CCs were investigated. The impurity phase such as (YGd)211 and BaCuO generated in partial melting stage can be transformed into textured (YGd)123 via low-temperature recrystallization, which is helpful to form textured interface between two CCs. With a comparison to the partial melting process, the superconducting properties of YGdBCO CCs with recrystallization after partial melting can be recovered in a shorter time of 75 h under flowing O<sub>2</sub> gas. It demonstrates that this heat treatment is prospective to fabricate a superconducting joint for REBCO CCs. This joint work is undergoing in our group.
URI: http://localhost/handle/Hannan/137653
volume: 27
issue: 4
More Information: 1,
5
Appears in Collections:2017

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Title: Influence of a Novel Heat Treatment on Structures and Superconducting Properties of YGdBCO Coated Conductors
Authors: Wentao Wang;Mingjiang Wang;Lian Liu;Baolei Huo;Zhou Yu;Yong Zhang;Cuihua Cheng;Yong Zhao
Year: 2017
Publisher: IEEE
Abstract: Preliminary results for a future superconducting joint between YGdBCO coated conductors (CCs) were reported in this work. A promising heat treatment called as melting diffusion and texture merging to connect CCs was proposed and the influence of different treatment on the texture, the surface morphologies and the superconducting properties of YGdBCO CCs were investigated. The impurity phase such as (YGd)211 and BaCuO generated in partial melting stage can be transformed into textured (YGd)123 via low-temperature recrystallization, which is helpful to form textured interface between two CCs. With a comparison to the partial melting process, the superconducting properties of YGdBCO CCs with recrystallization after partial melting can be recovered in a shorter time of 75 h under flowing O<sub>2</sub> gas. It demonstrates that this heat treatment is prospective to fabricate a superconducting joint for REBCO CCs. This joint work is undergoing in our group.
URI: http://localhost/handle/Hannan/137653
volume: 27
issue: 4
More Information: 1,
5
Appears in Collections:2017

Files in This Item:
File SizeFormat 
7849165.pdf528.79 kBAdobe PDF
Title: Influence of a Novel Heat Treatment on Structures and Superconducting Properties of YGdBCO Coated Conductors
Authors: Wentao Wang;Mingjiang Wang;Lian Liu;Baolei Huo;Zhou Yu;Yong Zhang;Cuihua Cheng;Yong Zhao
Year: 2017
Publisher: IEEE
Abstract: Preliminary results for a future superconducting joint between YGdBCO coated conductors (CCs) were reported in this work. A promising heat treatment called as melting diffusion and texture merging to connect CCs was proposed and the influence of different treatment on the texture, the surface morphologies and the superconducting properties of YGdBCO CCs were investigated. The impurity phase such as (YGd)211 and BaCuO generated in partial melting stage can be transformed into textured (YGd)123 via low-temperature recrystallization, which is helpful to form textured interface between two CCs. With a comparison to the partial melting process, the superconducting properties of YGdBCO CCs with recrystallization after partial melting can be recovered in a shorter time of 75 h under flowing O<sub>2</sub> gas. It demonstrates that this heat treatment is prospective to fabricate a superconducting joint for REBCO CCs. This joint work is undergoing in our group.
URI: http://localhost/handle/Hannan/137653
volume: 27
issue: 4
More Information: 1,
5
Appears in Collections:2017

Files in This Item:
File SizeFormat 
7849165.pdf528.79 kBAdobe PDF