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@Miscellaneous { kenzari_electrolyte-separating_2014,
   title = {Electrolyte-{Separating} {Membrane} for {Selective} {Transfer} of {Cations} {Through} the {Membrane} and {Process} for {Manufacturing} {Said} {Membrane}},
   year = {2014},
   number = {WO2014131586 (A1)},
   abstract = {The invention relates to an electrolyte-separating membrane comprising a carrier (21) made of a porous and permeable synthetic thermoplastic material that is larger than 0.8 mm in thickness and an active layer (22) made of a material able to induce insertion and deinsertion reactions for selective transfer of cations through the membrane (2), the active layer (22) being deposited on the carrier (21) and being hermetic. The material of the active layer may in particular be a molybdenum cluster chalcogenide. The invention aims to provide an electrolyte-separating membrane that is able to transfer cations selectively and that may be manufactured with large dimensions. The invention also relates to a cation transfer method employing this membrane and to a process for manufacturing said membrane, in particular by selective laser sintering of a powdered polymer.},
   note = {Centre de Comp{\'e}tences : Mat{\'e}riaux et Proc{\'e}d{\'e}s Additifs},
   web_url = {http://worldwide.espacenet.com/publicationDetails/biblio?FT=D\&date=20140904\&DB=worldwide.espacenet.com\&locale=fr_EP\&CC=WO\&NR=2014131586A1\&KC=A1\&ND=4},
   web_url_date = {2015-02-28},
   author = {Kenzari, Samuel and Boulanger, Clotilde and Guyot, Elodie and Diliberto, S{\'e}bastien and Lecuire, Jean-Marie}
}

@Miscellaneous { kenzari_methods_2014,
   title = {Methods for the {Production} of a {Part} {Comprising} {Aluminium}},
   year = {2014},
   number = {EP2747916 (A1) Abr{\'e}g{\'e} du document correspondant WO2013026972 (A1)},
   abstract = {The invention relates to a method for the production of a part comprising aluminium, said method being characterised in that it includes a step involving the selective laser sintering of a mixture comprising: a polymer powder, a powder of a quasi-crystalline aluminium alloy, and a powder of a reinforcing compound forming a contact angle of less than 90 DEG with a polymer drop placed on the surface thereof and having a thermal conductivity of less than 100 W/m.K at 20 DEG C, the sum of the weight of the alloy and the weight of the reinforcing compound not exceeding 80\% of the total weight of the mixture.},
   note = {Centre de Comp{\'e}tences : Mat{\'e}riaux et Proc{\'e}d{\'e}s Additifs},
   web_url = {http://worldwide.espacenet.com/publicationDetails/biblio?FT=D\&date=20140702\&DB=worldwide.espacenet.com\&locale=fr_EP\&CC=EP\&NR=2747916A1\&KC=A1\&ND=4},
   web_url_date = {2015-02-28},
   author = {Kenzari, Samuel and Fourn{\'e}e, Vincent}
}

@Miscellaneous { kenzari_paroi_2014,
   title = {Paroi de s{\'e}paration d'{\'e}lectrolytes pour le transfert s{\'e}lectif de cations {\`a} travers la paroi et proc{\'e}d{\'e} de fabrication de ladite paroi},
   year = {2014},
   number = {WO2014131586 A1},
   abstract = {Une paroi de s{\'e}paration d'{\'e}lectrolytes comporte un support (21) constitu{\'e} d'un mat{\'e}riau en mati{\`e}re synth{\'e}tique thermoplastique poreux et perm{\'e}able d'une {\'e}paisseur sup{\'e}rieure {\`a} 0,8 mm et une couche active (22) d'un mat{\'e}riau apte {\`a} d{\'e}velopper des r{\'e}actions d'intercalation et de d{\'e}sintercalation pour le transfert s{\'e}lectif de cations {\`a} travers la paroi (2), la couche active (22) {\'e}tant d{\'e}pos{\'e}e sur le support (21) et {\'e}tant {\'e}tanche. Le mat{\'e}riau de la couche active peut {\^e}tre en particulier un chalcog{\'e}nure {\`a} cluster de molybd{\`e}ne. L'invention vise {\`a} fournir une paroi de s{\'e}paration d'{\'e}lectrolytes apte au transfert s{\'e}lectif de cations et qui puisse {\^e}tre fabriqu{\'e}e avec de larges dimensions. L'invention concerne {\'e}galement un proc{\'e}d{\'e} de transfert de cations utilisant cette paroi et un proc{\'e}d{\'e} de fabrication de ladite paroi, en particulier par frittage laser s{\'e}lectif d'un polym{\`e}re en poudre.},
   note = {Centre de Comp{\'e}tences : Mat{\'e}riaux et Proc{\'e}d{\'e}s Additifs},
   web_url = {http://www.google.fr/Miscellaneouss/WO2014131586A1},
   web_url_date = {2015-04-27},
   author = {Kenzari, Samuel and Boulanger, Clotilde and Guyot, Elodie and Diliberto, S{\'e}bastien}
}

@Miscellaneous { kenzari_procedes_2014,
   title = {Proc{\'e}d{\'e}s de fabrication d'une pi{\`e}ce comprenant de l'aluminium},
   year = {2014},
   number = {EP2747916 A1},
   abstract = {L'invention a pour objet un proc{\'e}d{\'e} de fabrication d'une pi{\`e}ce comprenant de l'aluminium, caract{\'e}ris{\'e} en ce qu'il comprend une {\'e}tape de frittage s{\'e}lectif par laser d'un m{\'e}lange comprenant: -une poudre de polym{\`e}re, -une poudre d'un alliage d'aluminium quasi-cristallin, et -une poudre d'un compos{\'e} de renfort formant un angle de contact avec une goutte de polym{\`e}repos{\'e}e {\`a} sa surface inf{\'e}rieur {\`a} 90\(^{\circ}\) et pr{\'e}sentant une conductivit{\'e} thermique {\`a} 20\(^{\circ}\)C inf{\'e}rieure {\`a} 100 W/m.K, la some du poids de l'alliage et du poids du compos{\'e} de renfort n'exc{\'e}dant pas 80\% du poids total du m{\'e}lange. Figure {\`a} publier.},
   note = {Centre de Comp{\'e}tences : Mat{\'e}riaux et Proc{\'e}d{\'e}s Additifs},
   web_url = {http://www.google.fr/Miscellaneouss/EP2747916A1},
   web_url_date = {2015-04-27},
   author = {Kenzari, Samuel and Fourn{\'e}e, Vincent}
}