Search Results - "Mauvernay, B."

Nanocomposite Fe1-xO/Fe3O4, Fe/Fe1-xO thin films prepared by RF sputtering and revealed by magnetic coupling effects by MAUVERNAY, B, PRESMANES, L, BONNINGUE, C, TAILHADES, Ph

“…Magnetic and semi-conducting nanocomposite iron oxide thin films have been prepared under bias polarization, by radio-frequency sputtering of a magnetite…”
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Elaboration and characterization of Fe1-xO thin films sputter deposited from magnetite target by MAUVERNAY, B, PRESMANES, L, CAPDEVILLE, S, DE RESENDE, V. G, DE GRAVE, E, BONNINGUE, C, TAILHADES, Ph

“…Majority of the authors report elaboration of iron oxide thin films by reactive magnetron sputtering from an iron target with Ar-O2 gas mixture. Instead of…”
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Redox mechanism in the binary transition metal phosphide Cu3P by MAUVERNAY, B, DOUBLET, M.-L, MONCONDUIT, L

“…The electrochemical behaviour of the binary transition metal phosphide Cu3P towards lithium is investigated through galvano- and potentiostatic measurements…”
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Nanocomposite , thin films prepared by RF sputtering and revealed by magnetic coupling effects by Mauvernay, B., Presmanes, L., Bonningue, C., Tailhades, Ph

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Progress in the lithium insertion mechanism in Cu3P by Mauvernay, B., Bichat, M. -P., Favier, F., Monconduit, L., Morcrette, M., Doublet, M. -L.

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Nanocomposite Fe 1 - x O / Fe 3 O 4 , Fe / Fe 1 - x O thin films prepared by RF sputtering and revealed by magnetic coupling effects by Mauvernay, B., Presmanes, L., Bonningue, C., Tailhades, Ph

“…Magnetic and semi-conducting nanocomposite iron oxide thin films have been prepared under bias polarization, by radio-frequency sputtering of a magnetite…”
Get full text

Redox mechanism in the binary transition metal phosphide Cu 3P by Mauvernay, B., Doublet, M.-L., Monconduit, L.

“…The electrochemical behaviour of the binary transition metal phosphide Cu 3P towards lithium is investigated through galvano- and potentiostatic measurements…”
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Elaboration and characterization of Fe 1– x O thin films sputter deposited from magnetite target by Mauvernay, B., Presmanes, L., Capdeville, S., de Resende, V.G., De Grave, E., Bonningue, C., Tailhades, Ph

“…Majority of the authors report elaboration of iron oxide thin films by reactive magnetron sputtering from an iron target with Ar–O 2 gas mixture. Instead of…”
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Progess in the Lithium Insertion Mechanism in Cu3P by Mauvernay, B., M.-P., Bichat, Favier, F., Monconduit, L., Morcrette, M., M.-L., Doublet

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