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Bismuth and Thallium Cuprate Superconductors
High T CopperOxide Superconductors of Thallium Bismuth and Lead 144
TAl LON R G Bl CKLEV M R PR1 S1 AND P W G1l BERD 1 vv M BROvS V
t V SUBBA RAO S NATARAJAN and 1 v v RADIRAJL
B DOMENG1 S M HERVH 1 C MART1N D BOURGAULT C MR 111 L
1keda 1n Figure 1nstitute A. W. Sleight annealing temperature behaviour bismuth c,axis C. C. Torardi C. N. R. Rao calcium Cheetham Chowdhry and A. W. compositions compounds copper oxide Cu,O CunO2n CuO2 layers cuprates defects displacements electron diffraction electron microscopy Flippen fluorite,type layers Fukutomi Gopalakrishnan Hervieu Hibble high resolution high Tc High Temp homologous series HREM Huang intergrowth J. C. Calabrese lattice parameters Maeda magnetic susceptibility material maximised Michel modulated structure monophasic neutron diffraction observed obtained orthorhombic oxide superconductors oxygen partial pressure oxygen stoichiometry oxygen treatment partial pressure Pb,substitution perovskite Phys Physica powder x,ray diffraction prepared R. B. Flippen Raveau resistivity samples Science shown in Figure single phase substitution Supercond superconducting phase superconductivity superstructure T. R. Askew Tanaka tetragonal thallium tTable 1l unit cell United Kingdom Photocopying valence wave vector x,ray diffraction patterns zone axis