{"_id":"eHA44aEBHDi8y9aYa","bibbaseid":"respaud-blon-liakakos-soulantika-chaudret-benamara-snoeck-methodformanufacturingnanorodsepitaxiedonasubstrateepitaxiednanorodsobtainedbysuchamethodanddigitaldatarecordingmedium-2010","downloads":0,"creationDate":"2015-10-02T07:58:09.969Z","title":"Method for Manufacturing Nanorods Epitaxied on a Substrate, Epitaxied Nanorods Obtained by Such a Method and Digital Data Recording Medium","author_short":["Respaud, M.","Blon, T.","Liakakos, N.","Soulantika, A.","Chaudret, B.","Benamara, O.","Snoeck, E."],"year":2010,"bibtype":"patent","biburl":"https://api.zotero.org/groups/251288/items?key=o1Rzx73HcnzaHxX13BCeCE7Y&format=bibtex&limit=100","bibdata":{"abstract":"The invention relates to a method for manufacturing solid cobalt nanorods (2) epitaxied on a solid substrate (5), in which: at least one surface portion (8) of the solid substrate (5) is immersed in a metal solution including at least one compound that is a precursor of cobalt with an initial concentration in a liquid solvent medium, said surface portion (8) being made of crystalline solid platinum; during a growing step, said metal solution is maintained with the substrate (5) resting in a pressurised reaction chamber and under conditions suitable for allowing spontaneous growth by epitaxy of cobalt nanorods (2) from said platinum-free surface portion(s) (8) of said substrate (5).","address":"INSA Toulouse; Université Paul Sabatier; CNRS","assignee":"INSA Toulouse; Université Paul Sabatier; CNRS","author":["Respaud, Marc","Blon, Thomas","Liakakos, Nikolaos","Soulantika, Aikaterini","Chaudret, Bruno","Benamara, Omar","Snoeck, Etienne"],"author_short":["Respaud, M.","Blon, T.","Liakakos, N.","Soulantika, A.","Chaudret, B.","Benamara, O.","Snoeck, E."],"bibtex":"@patent{ respaud_method_2010,\n address = {INSA Toulouse; Université Paul Sabatier; CNRS},\n title = {Method for {Manufacturing} {Nanorods} {Epitaxied} on a {Substrate}, {Epitaxied} {Nanorods} {Obtained} by {Such} a {Method} and {Digital} {Data} {Recording} {Medium}},\n abstract = {The invention relates to a method for manufacturing solid cobalt nanorods (2) epitaxied on a solid substrate (5), in which: at least one surface portion (8) of the solid substrate (5) is immersed in a metal solution including at least one compound that is a precursor of cobalt with an initial concentration in a liquid solvent medium, said surface portion (8) being made of crystalline solid platinum; during a growing step, said metal solution is maintained with the substrate (5) resting in a pressurised reaction chamber and under conditions suitable for allowing spontaneous growth by epitaxy of cobalt nanorods (2) from said platinum-free surface portion(s) (8) of said substrate (5).},\n assignee = {INSA Toulouse; Université Paul Sabatier; CNRS},\n number = {Brevet Français N° 10/00405},\n author = {Respaud, Marc and Blon, Thomas and Liakakos, Nikolaos and Soulantika, Aikaterini and Chaudret, Bruno and Benamara, Omar and Snoeck, Etienne},\n month = {February},\n year = {2010},\n note = {France}\n}","bibtype":"patent","id":"respaud_method_2010","key":"respaud_method_2010","month":"February","note":"France","number":"Brevet Français N° 10/00405","title":"Method for Manufacturing Nanorods Epitaxied on a Substrate, Epitaxied Nanorods Obtained by Such a Method and Digital Data Recording Medium","type":"patent","year":"2010","bibbaseid":"respaud-blon-liakakos-soulantika-chaudret-benamara-snoeck-methodformanufacturingnanorodsepitaxiedonasubstrateepitaxiednanorodsobtainedbysuchamethodanddigitaldatarecordingmedium-2010","role":"author","urls":{},"downloads":0},"search_terms":["method","manufacturing","nanorods","epitaxied","substrate","epitaxied","nanorods","obtained","such","method","digital","data","recording","medium","respaud","blon","liakakos","soulantika","chaudret","benamara","snoeck"],"keywords":[],"authorIDs":[],"dataSources":["djGdAwXBNHxnCt4DK"]}