CeO2 완충층의 결정성장 특성 및 금속 유기물 증착법으로 제조된 초전도 YBCO층에 미치는 영향

CeO2 buffer layers have been deposited on YSZ single crystal substrates via a radio-frequency sputtering method. We focused on the texture development of CeO2 with out-of-plane alignment and its effects on a superconducting YBCO layer, which was deposited by metal organic deposition. CeO2 layers wer...

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Published in대한금속·재료학회지, 47(10) pp. 681 - 685
Main Authors 정국채, X. L. Wang, 김영국, S. X. Dou
Format Journal Article
LanguageKorean
Published 대한금속·재료학회 01.10.2009
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ISSN1738-8228
2288-8241

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Abstract CeO2 buffer layers have been deposited on YSZ single crystal substrates via a radio-frequency sputtering method. We focused on the texture development of CeO2 with out-of-plane alignment and its effects on a superconducting YBCO layer, which was deposited by metal organic deposition. CeO2 layers were grown epitaxially on single crystal YSZ substrates and subsequent YBCO layers were also grown epitaxially from CeO2 layers. It was observed that the intensity of CeO2(200) decreased with deposition temperature. θ-2θ scan FWHM values of CeO2(200) were inversely proportional to the peak intensities of CeO2(200). The sample with the lowest CeO2(200) intensity and poor out-of-plane alignment showed a strong reaction with the MODYBCO layer resulting in a thicker BaCeO3 layer. The texture and superconducting property of the YBCO layer were affected indirectly by the formation of a BaCeO3 layer at the interface between the CeO2 and YBCO layers. KCI Citation Count: 2
AbstractList CeO2 buffer layers have been deposited on YSZ single crystal substrates via a radio-frequency sputtering method. We focused on the texture development of CeO2 with out-of-plane alignment and its effects on a superconducting YBCO layer, which was deposited by metal organic deposition. CeO2 layers were grown epitaxially on single crystal YSZ substrates and subsequent YBCO layers were also grown epitaxially from CeO2 layers. It was observed that the intensity of CeO2(200) decreased with deposition temperature. θ-2θ scan FWHM values of CeO2(200) were inversely proportional to the peak intensities of CeO2(200). The sample with the lowest CeO2(200) intensity and poor out-of-plane alignment showed a strong reaction with the MODYBCO layer resulting in a thicker BaCeO3 layer. The texture and superconducting property of the YBCO layer were affected indirectly by the formation of a BaCeO3 layer at the interface between the CeO2 and YBCO layers. KCI Citation Count: 2
Author X. L. Wang
정국채
김영국
S. X. Dou
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  fullname: 정국채
  organization: (한국기계연구원)
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  fullname: X. L. Wang
  organization: (Univ. of Wollongong)
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  fullname: 김영국
  organization: (한국기계연구원)
– sequence: 4
  fullname: S. X. Dou
  organization: (Univ. of Wollongong)
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DocumentTitleAlternate Texture Development of CeO2 Buffer Layer and its Effect on Superconducting MOD-YBCO Films
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Title CeO2 완충층의 결정성장 특성 및 금속 유기물 증착법으로 제조된 초전도 YBCO층에 미치는 영향
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