PHASE-SEPARATION AND DOPED-HOLE SEGREGATION IN LA2CUO4+DELTA AND LA2-XSRXCUO4+DELTA

Herein, we review the magnetic, superconducting and structural phase diagrams of the title systems, with an emphasis on our recent results form magnetic and structural neutron diffraction, magnetic susceptibility and system, and indicate the occurrence of frustrated phase separation on a nanoscopic...

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Bibliographic Details
Main Authors: Johnston, D, Bayless, W, Borsa, F, Canfield, P, Cheong, S, Cho, J, Chou, F, Fisk, Z, Jorgensen, J, Lascialfari, A, Miller, L, Radaelli, P, Schirber, J, Schultz, A, Torgeson, D, Vaknin, D, Wagner, J, Zarestky, J, Ziolo, J
Format: Journal article
Published: 1994
Description
Summary:Herein, we review the magnetic, superconducting and structural phase diagrams of the title systems, with an emphasis on our recent results form magnetic and structural neutron diffraction, magnetic susceptibility and system, and indicate the occurrence of frustrated phase separation on a nanoscopic length scale in the La2-x SrxCuO4 system with O < x ≲ 0.05. 139La nuclear quadrupole resonance measurements. The results clarify the miscibility gap in the La2CuO4+δ. © 1994.