Correlation between microstructure and properties of high Tc films: application to microwave properties

V. Z. Kresin; S. A. Wolf; G. Deutscher

doi:10.1016/0921-5107(92)90007-V

Correlation between microstructure and properties of high T_c films: application to microwave properties

V. Z. Kresin^*
, S. A. Wolf
, G. Deutscher

^*Corresponding author for this work

School of Physics and Astronomy

Research output: Contribution to journal › Article › peer-review

Abstract

The YBaCuO compound contains two conductive subsystems and as a result displays a two-gap structure. Oxygen ordering affects the value of the smaller gap. Charge transfer leads to an induced superconducting state in the chains. The short coherence length, anisotropy and the presence of different structural units lead to peculiar microwave properties of high T_c films. In this paper the authors describe their approach to the theory of high T_c films and then focus on the microwave properties of the films.

Original language	English
Pages (from-to)	365-368
Number of pages	4
Journal	Materials Science and Engineering B
Volume	12
Issue number	4
DOIs	https://doi.org/10.1016/0921-5107(92)90007-V
State	Published - 29 Feb 1992

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abstract = "The YBaCuO compound contains two conductive subsystems and as a result displays a two-gap structure. Oxygen ordering affects the value of the smaller gap. Charge transfer leads to an induced superconducting state in the chains. The short coherence length, anisotropy and the presence of different structural units lead to peculiar microwave properties of high Tc films. In this paper the authors describe their approach to the theory of high Tc films and then focus on the microwave properties of the films.",

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N2 - The YBaCuO compound contains two conductive subsystems and as a result displays a two-gap structure. Oxygen ordering affects the value of the smaller gap. Charge transfer leads to an induced superconducting state in the chains. The short coherence length, anisotropy and the presence of different structural units lead to peculiar microwave properties of high Tc films. In this paper the authors describe their approach to the theory of high Tc films and then focus on the microwave properties of the films.

AB - The YBaCuO compound contains two conductive subsystems and as a result displays a two-gap structure. Oxygen ordering affects the value of the smaller gap. Charge transfer leads to an induced superconducting state in the chains. The short coherence length, anisotropy and the presence of different structural units lead to peculiar microwave properties of high Tc films. In this paper the authors describe their approach to the theory of high Tc films and then focus on the microwave properties of the films.

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Correlation between microstructure and properties of high T_c films: application to microwave properties

Abstract

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