High temperature superconducting cuprates

High temperature superconducting cuprates (HTSC) as catalysts... 

Table 7.3 Examples of high-temperature superconducting cuprates ...

Superconductivity in a bismuth-containing cuprate was first discovered in the Bi-Sr-Cu-O system by Michel et al. [9], whose Tc was as low as around 10 K. However, Maeda et al. [4] discovered extremely high Tc value above lOOK in the Bi-Sr-Ca-O system, attracting wide attention as a new high-temperature superconducting cuprate. Subsequent work has revealed the existence of a homologous series of superconducting oxides of the ideal formula... 

Anderson, P.W., Lee, P.A., Randeria, M., Rice, T.M., Trivedi, N., and Zhang, F.C. (2004) The physics behind high-temperature superconducting cuprates The Plain Vanilla version of RVB. Available at http //arxiv.org/ pdf/0311.467v2. 

R 142 G.V.M. Williams, Similarities and Differences between the Static and Dynamic Spin and Charge Properties of the Electron-Doped and Hole-Doped High Temperature Superconducting Cuprates , p. 497... 

NMR measurements have been made on two of the electron-doped high-temperature superconducting cuprates (HTSCs), Pr(2-x)Ce(x)Cu04 and Sro.9Lao.iCu02 that represent the two known electron-doped structures by static Cu NMR. ... 

The Kentuckia structure-type, proposed by Bucknum et al. in 2005 [25], is the pattern adopted by the high temperature superconducting cuprate composition it is CaCu02 [23] that adopts this pattern, which is the progenitor to all the superconducting cuprates discovered so far. This tetragonal structure-type lies in space group P4/mmm, 123 and is shown in Fig. 14. 

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