Salient structural features of the important families of cuprate superconductors are briefly reviewed. Correlations between the superconducting transition temperature and some of the crucial structure parameters are discussed. Correlations include those with the in-plane Cu-O distances, apical Cu-O distance, Madelung potentials and bond valence sums. The transformation of $YBa_2Cu_3O_{6.7}$ (123 cuprate) to a $YBa_2Cu_4O_8$ (124)-type phase is examined. Structural features of the newly discovered oxyanion derivatives of cuprates are pointed ou
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
Salient structural features of the important families of cuprate superconductors are briefly reviewe...
Salient structural features of the important families of cuprate superconductors are briefly reviewe...
Interesting correlations between the superconducting transition temperatures of cuprates and various...
Interesting correlations between the superconducting transition temperatures of cuprates and various...
An examination of the structure and superconducting properties of the various families of cuprates s...
When the Cu(1) site In orthorhombic $YBaSrCu_30_{7-\delta}$ $(T_c$ = 80 K), is partly substituted by...
When the Cu(1) site In orthorhombic $YBaSrCu_30_{7-\delta}$ $(T_c$ = 80 K), is partly substituted by...
When the Cu(1) site in orthorhombic YBaSrCu3O7−δ (Tc=80 K), is partly substituted by the ...
Careful investigations employing nonresonant microwave or rf absorption, Cu2+ EPR spectra, X-ray dif...
Careful investigations employing nonresonant microwave or rf absorption, $Cu^{2+}$ EPR spectra, X-ra...
A new family of high-temperature superconductors is described, with the general formula Pb ...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
Salient structural features of the important families of cuprate superconductors are briefly reviewe...
Salient structural features of the important families of cuprate superconductors are briefly reviewe...
Interesting correlations between the superconducting transition temperatures of cuprates and various...
Interesting correlations between the superconducting transition temperatures of cuprates and various...
An examination of the structure and superconducting properties of the various families of cuprates s...
When the Cu(1) site In orthorhombic $YBaSrCu_30_{7-\delta}$ $(T_c$ = 80 K), is partly substituted by...
When the Cu(1) site In orthorhombic $YBaSrCu_30_{7-\delta}$ $(T_c$ = 80 K), is partly substituted by...
When the Cu(1) site in orthorhombic YBaSrCu3O7−δ (Tc=80 K), is partly substituted by the ...
Careful investigations employing nonresonant microwave or rf absorption, Cu2+ EPR spectra, X-ray dif...
Careful investigations employing nonresonant microwave or rf absorption, $Cu^{2+}$ EPR spectra, X-ra...
A new family of high-temperature superconductors is described, with the general formula Pb ...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...
In the new oxide superconductors, structure and oxygen stoichiometry play the most crucial role. Thu...