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1Effect of Structural Disordering on the Transport Properties of LiNiO 2

V. S. Gorshkov,E. E. Flyatau,D. G. Kellerman

The effect of structural disordering on the transport properties of LiNiO2 was studied over wide ranges of temperatures and oxygen pressures.

2000Inorganic Materials（2000）

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2DEFECT STRUCTURE OF YBa2Cu3O7−δ

Ya. N. BLINOVSKOV,V. I. VORONIN,S. V. VERKHOVSKII,S. A. DAVYDOV,A. E. KARKIN,V. L. KOZHEVNIKOV,I. A. LEONIDOV,A. V. MIRMELSHTEIN, S. S. SERIKOV,P. Ya. NOVAK,E. E. FLYATAU,S. M. CHESHNITSKII

From the analysis of NQR spectra for Cu and on the basis of investigations of high-temperature electrical conductivity and thermal e.m.f. depending on oxygen pressure and temperature it is shown that in YBa 2 Cu 3 O 7−δ there are pair correlations of the oxygen atoms which lead to formation of the ( O 2)z− pairs, the charge of which is determined by deviation from stoichiometry.

1989International Journal of Modern Physics B（1989）

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3Defect Structure of YBa2Cu3O7-delta

Ya N Blinovskov,V I Voronin,S V Verkhovskii,S A Davydov,A E Karkin,V L Kozhevnikov,I A Leonidov,A V Mirmelshtein, S S Serikov,P Ya Novak,E E Flyatau,S M Cheshnitskii

1989International Journal of Modern Physics B引用：22

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4Transport-Properties And Defect Structure Of Yba2cu7-Delta

I.A. Leonidov,Ya.N. Blinovskov,E.E. Flyatau,P.Ya. Novak,V.L. Kozhevnikov

The influence of partial oxygen pressure on the electrical conductivity and the Seebeck coefficient of the high-temperature superconductor YBa 2 Cu 3 O 7−δ is investigated in the temperature range 220–900°C. The relation between non-stoichiometry, mechanism of conductivity and the type of electrical charge carriers is discussed.

1989PHYSICA C-SUPERCONDUCTIVITY AND ITS APPLICATIONS引用：30

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