New Theoretical and Experimental Infrared Results on Formaldehyde in Solution von Begue, Didier, Elissalde, Stéphane, Pere, Eve, Iratcabal, Pierre, Pouchan, Claude

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Hydrothermal Sintering for Densification of Silica. Evidence for the Role of Water von Ndayishimiye, Arnaud, Largeteau, Alain, Mornet, Stéphane, Duttine, Mathieu, Dourges, Marie-Anne, Denux, Dominique, Verdier, Marc, Gouné, Mohamed, Hérisson de Beauvoir, Thomas, Elissalde, Catherine, Goglio, Graziella

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Controlling internal barrier in low loss BaTiO3 supercapacitors von Chung, U-C., Elissalde, C., Mornet, S., Maglione, M., Estournès, C.

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Linking hopping conductivity to giant dielectric permittivity in oxides von Artemenko, A., Elissalde, C., Chung, U.-C., Estournès, C., Mornet, S., Bykov, I., Maglione, M.

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From core–shell BaTiO3@MgO to nanostructured low dielectric loss ceramics by spark plasma sintering von Berthelot, Romain, Basly, Brice, Buffiere, Sonia, Majimel, Jérôme, Chevallier, Geoffroy, Weibel, Alicia, Veillère, Amélie, Étienne, Laetitia, Chung, U-Chan, Goglio, Graziella, Maglione, Mario, Estournès, Claude, Mornet, Stéphane, Elissalde, Catherine

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Controlled Growth of Silica Shell on Ba0.6Sr0.4TiO3 Nanoparticles Used As Precursors of Ferroelectric Composites von Mornet, S, Elissalde, C, Hornebecq, V, Bidault, O, Duguet, E, Brisson, A, Maglione, M

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Interface Investigation in Nanostructured BaTiO3/Silica Composite Ceramics von Chung, U-Chan, Elissalde, Catherine, Mompiou, Frédéric, Majimel, Jérôme, Gomez, Sonia, Estournès, Claude, Marinel, Sylvain, Klein, Andreas, Weill, François, Michau, Dominique, Mornet, Stéphane, Maglione, Mario

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Innovative architectures in ferroelectric multi-materials: Chemistry, interfaces and strain von Elissalde, C., Chung, U.-C., Philippot, G., Lesseur, J., Berthelot, R., Sallagoity, D., Albino, M., Epherre, R., Chevallier, G., Buffière, S., Weibel, A., Bernard, D., Majimel, J., Aymonier, C., Mornet, S., Estournès, C., Maglione, M.

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Ferroelectric-Based Nanocomposites:  Toward Multifunctional Materials von Mornet, Stéphane, Elissalde, Catherine, Bidault, Olivier, Weill, François, Sellier, Elisabeth, Nguyen, Olivier, Maglione, Mario

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Interface Investigation in Nanostructured BaTiO 3 /Silica Composite Ceramics von Chung, U‐Chan, Elissalde, Catherine, Mompiou, Frédéric, Majimel, Jérôme, Gomez, Sonia, Estournès, Claude, Marinel, Sylvain, Klein, Andreas, Weill, François, Michau, Dominique, Mornet, Stéphane, Maglione, Mario

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Interface Investigation in Nanostructured BaTiO^sub 3^/Silica Composite Ceramics von Chung, U-Chan, Elissalde, Catherine, Mompiou, Frédéric, Majimel, Jérôme, Gomez, Sonia, Estournès, Claude, Marinel, Sylvain, Klein, Andreas, Weill, François, Michau, Dominique, Mornet, Stéphane, Maglione, Mario

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Ferroelectric-based nanocomposites : towards multifunctional materials von Mornet, Stéphane, Elissalde, Catherine, Bidault, Olivier, Weill, François, Sellier, Elisabeth, Nguyen, Olivier, Maglione, Mario

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Nano-ferroelectric based core–shell particles: towards tuning of dielectric properties von Huber, C., Elissalde, C., Hornebecq, V., Mornet, S., Treguer-Delapierre, M., Weill, F., Maglione, M.

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From core–shell BaTiO 3 @MgO to nanostructured low dielectric loss ceramics by spark plasma sintering von Berthelot, Romain, Basly, Brice, Buffière, Sonia, Majimel, Jérôme, Chevallier, Geoffroy, Weibel, Alicia, Veillère, Amélie, Etienne, Laëtitia, Chung, U-Chan, Goglio, Graziella, Maglione, Mario, Estournès, Claude, Mornet, Stéphane, Elissalde, Cathy

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From core-shell BaTiO sub(3)gO to nanostructured low dielectric loss ceramics by spark plasma sintering von Berthelot, Romain, Basly, Brice, Buffiere, Sonia, Majimel, Jerome, Chevallier, Geoffroy, Weibel, Alicia, Veillere, Amelie, Etienne, Laeetitia, Chung, U-Chan, Goglio, Graziella, Maglione, Mario, Estournes, Claude, Mornet, Stephane, Elissalde, Cathy

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Method for obtaining a composite ferro-electric material von Cansell, François Pierre Michel, Aymonier, Cyril Gérard Jacques, Huber, Christophe Antoine Stéphane, Elissalde, Catherine Jocelyne, Maglione, Mario

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METHOD FOR OBTAINING A COMPOSITE FERRO-ELECTRIC MATERIAL von AYMONIER, CYRIL, GERARD, JACQUES, MAGLIONE, MARIO, HUBER, CHRISTOPHE, ANTOINE, STEPHANE, CANSELL, FRANCOIS, PIERRE, MICHEL, ELISSALDE, CATHERINE, JOCELYNE

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Method for obtaining a composite ferro-electric material von CANSELL FRANCOIS PIERRE MICHEL, ELISSALDE CATHERINE JOCELYNE, HUBER CHRISTOPHE ANTOINE STEPHANE, MAGLIONE MARIO, AYMONIER CYRIL GERARD JACQUES

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METHOD FOR OBTAINING A COMPOSITE FERRO-ELECTRIC MATERIAL von AYMONIER, CYRIL, GERARD, JACQUES, MAGLIONE, MARIO, HUBER, CHRISTOPHE, ANTOINE, STEPHANE, CANSELL, FRANCOIS, PIERRE, MICHEL, ELISSALDE, CATHERINE, JOCELYNE

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Production of ferro-electric composition material for use micro- electronic components uses fritted ferro-electric particles coated with dielectric compound aided by solvent and pr... von CANSELL FRANCOIS PIERRE MICHEL, ELISSALDE CATHERINE JOCELYNE, HUBER CHRISTOPHE ANTOINE STEPHANE, MAGLIONE MARIO, AYMONIER CYRIL GERARD JACQUES

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