Authors:
MALO S
MICHEL C
PELLOQUIN D
HERVIEU M
TOULEMONDE O
RAVEAU B
Citation: S. Malo et al., COMPARED STRUCTURAL BEHAVIOR OF HG0.5CR0.5SR2CUO4.82 AND HG0.5CR0.5SR4CU2O7CO2 SUPERCONDUCTORS, Physica. C, Superconductivity, 304(3-4), 1998, pp. 213-224
Authors:
KNIZEK K
MALO S
MICHEL C
MAIGNAN A
POLLERT E
RAVEAU B
Citation: K. Knizek et al., STRUCTURAL EVOLUTION AND PHYSICAL-PROPERTIES OF THE 1212-SUPERCONDUCTOR SERIES HG0.7V0.3BA2-XSRXCA1-YSRYCU2O6+DELTA, European journal of solid state and inorganic chemistry, 34(10), 1997, pp. 1063-1074
Authors:
KNIZEK K
MALO S
MICHEL C
HERVIEU M
MAIGNAN A
RAVEAU B
Citation: K. Knizek et al., THE 1201 SUPERCONDUCTORS HG1-Y(VO4)(Y)(BA,SR)(2)CUO4-2Y- EVIDENCE FORVO4 TETRAHEDRA(DELTA ), Physica. C, Superconductivity, 277(1-2), 1997, pp. 119-132
Authors:
MALO S
PELLOQUIN D
MAIGNAN A
MICHEL C
HERVIEU M
RAVEAU B
Citation: S. Malo et al., SUPERCONDUCTING OXYCARBONATES HG1-XVXSR4-YBAYCU2O7-DELTA-CO3 - 3 CLOSELY-RELATED STRUCTURAL FAMILIES, Physica. C, Superconductivity, 267(1-2), 1996, pp. 1-9
Citation: S. Malo et L. Rojo, STIMULI FOR SCIENTIFIC PRODUCTIVITY AND E DUCATIONAL AND ARTISTIC ACTIVITIES IN MEXICO, Interciencia, 21(2), 1996, pp. 71
Authors:
HERVIEU M
PELLOQUIN D
MALO S
MICHEL C
RAVEAU B
Citation: M. Hervieu et al., NANOSTRUCTURAL TRANSITIONS RELATED TO FLEXIBLE SHEARING PHENOMENA IN THE SUPERCONDUCTORS HG1-XVXSR4-YBAYCU2O7-DELTA-CO3, Journal of solid state chemistry, 126(2), 1996, pp. 271-286
Authors:
PELLOQUIN D
MAIGNAN A
MALO S
HERVIEU M
MICHEL C
RAVEAU B
Citation: D. Pelloquin et al., CATIONIC SUBSTITUTION IN MERCURY-BASED CUPRATES - GENERATION OF 5 SUPERCONDUCTORS, Journal of materials chemistry, 5(4), 1995, pp. 701-703
Authors:
MAIGNAN A
PELLOQUIN D
MALO S
MICHEL C
HERVIEU M
RAVEAU B
Citation: A. Maignan et al., STABILIZATION OF 3 NEW OXYCARBONATES BY V-SUBSTITUTION AND CR-SUBSTITUTION - THE SUPERCONDUCTORS (TL,M)(1)SR4CU2(CO3)O-7 (M=CR, V) AND (HG,V)(1)SR4CU2(CO3)O-6+Z, Physica. C, Superconductivity, 249(3-4), 1995, pp. 220-233
Authors:
MAIGNAN A
PELLOQUIN D
MALO S
MICHEL C
HERVIEU M
RAVEAU B
Citation: A. Maignan et al., THE GREAT ABILITY OF MERCURY-BASED CUPRATES TO ACCOMMODATE TRANSITION-ELEMENTS - 11 NEW SUPERCONDUCTORS HG(1-X)M(X)BA(2)CA(M-1)CU(M)O(2M+2+DELTA) (M=V, MO, W, TI, CR), Physica. C, Superconductivity, 243(3-4), 1995, pp. 233-242