References of "Vanderschueren, Hyacinthe"
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See detailAltered rhyolitic rocks in the Visé boreholes: a geochemical approach
Duchesne, Jean-Clair ULg; Goemaere, Eric; Grigolato, Jean-Christophe et al

in Geologica Belgica (2005), 8(3), 71-83

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See detailAnisotropic field percolation and high current density in 2212 Bi-based substituted with Dy bulk magnetically textured composite ceramics
Vanderbemden, Philippe ULg; Vanderschueren, Hyacinthe ULg; Stassen, Sophie et al

in Matsushita, T.; Yamafuji, K. (Eds.) Proceedings of the 8th International Workshop on Critical Currents in Superconductors (1996)

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See detailField percolation and high current density in 80/20 DyBa2Cu3O7-x/Dy2BaCuO5 bulk magnetically textured composite ceramics
Cloots, Rudi ULg; Dang, An; Vanderbemden, Philippe ULg et al

in Zeitschrift Fur Physik B-Condensed Matter (1996), 100(4), 551-555

We measured the AC susceptibility of magnetically textured (123) 80%/211(20%) DyBaCuO composite in a special set-up in order to enhance the intergrain contribution. The synthesis process led to very clean ... [more ▼]

We measured the AC susceptibility of magnetically textured (123) 80%/211(20%) DyBaCuO composite in a special set-up in order to enhance the intergrain contribution. The synthesis process led to very clean ''weak links'' at grain boundaries. At the percolation threshold bulk shielding paths were such that the intergrain critical current density J(c) was above 10(5) A/cm(2). The field dependence of J(c) was understood through an analytical form indicating a distribution of currents similar to the law of clusters at fracture/percolation thresholds. [less ▲]

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See detailSuperconductivity in YBa1.95Cs0.05Cu3O7-y granular ceramics
Ausloos, Marcel ULg; Laurent, Christian; Vanderschueren, Hyacinthe ULg et al

in Physical Review B (1989), 39(4), 2729-2732

A new compound of the high-temperature ceramic oxide superconductor family has been synthesized and analyzed, i.e., YBa1.95Cs0.05Cu3O7-y. Its crystallographic structure is given. Two well-defined ... [more ▼]

A new compound of the high-temperature ceramic oxide superconductor family has been synthesized and analyzed, i.e., YBa1.95Cs0.05Cu3O7-y. Its crystallographic structure is given. Two well-defined "critical regimes" are observed at 86 and 90 K, respectively, on electrical resistivity measurements. Magnetoresistivity measurements are also reported for small magnetic field. No anomalous hysteresis is found. Features in these transport properties are interpreted in terms of phase mixtures. The interest of such data is emphasized. [less ▲]

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