Electrical annealing and temperature dependent transversal conduction in multilayer reduced graphene oxide films for solid-state molecular devices von RAHLF HAUPTMANN, Jonas, TAO LI, PETERSEN, Søren, NYGARD, Jesper, HEDEGARD, Per, BJØRNHOLM, Thomas, LAURSEN, Bo W, NØRGAARD, Kasper

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Solution-Processed Ultrathin Chemically Derived Graphene Films as Soft Top Contacts for Solid-State Molecular Electronic Junctions von Li, Tao, Hauptmann, Jonas Rahlf, Wei, Zhongming, Petersen, Søren, Bovet, Nicolas, Vosch, Tom, Nygård, Jesper, Hu, Wenping, Liu, Yunqi, Bjørnholm, Thomas, Nørgaard, Kasper, Laursen, Bo W.

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Graphene Films: Solution-Processed Ultrathin Chemically Derived Graphene Films as Soft Top Contacts for Solid-State Molecular Electronic Junctions (Adv. Mater. 10/2012) von Li, Tao, Hauptmann, Jonas Rahlf, Wei, Zhongming, Petersen, Søren, Bovet, Nicolas, Vosch, Tom, Nygård, Jesper, Hu, Wenping, Liu, Yunqi, Bjørnholm, Thomas, Nørgaard, Kasper, Laursen, Bo W.

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Hybrid Devices from Single Wall Carbon Nanotubes Epitaxially Grown into a Semiconductor Heterostructure von Jensen, Ane, Hauptmann, Jonas Rahlf, Nygård, Jesper, Sadowski, Janusz, Lindelof, Poul Erik

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Method of fabrication and device comprising elongated nanosize elements von HAUPTMANN JONAS RAHLF,JENSEN ANE,LINDELOF POUL ERIK GREGERS HAN,NYGAARD JESPER,SADOWSKI JANUSZ

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METHOD OF FABRICATION AND DEVICE COMPRISING ELONGATED NANOSIZE ELEMENTS von NYGAARD, JESPER, JENSEN, ANE, HAUPTMANN, JONAS, RAHLF, LINDELOF, POUL, ERIK, GREGERS, HANSEN, SADOWSKI, JANUSZ

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METHOD OF FABRICATION AND DEVICE COMPRISING ELONGATED NANOSIZE ELEMENTS von NYGAARD, JESPER, JENSEN, ANE, HAUPTMANN, JONAS, RAHLF, LINDELOF, POUL, ERIK, GREGERS, HANSEN, SADOWSKI, JANUSZ

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METHOD OF FABRICATION AND DEVICE COMPRISING ELONGATED NANOSIZE ELEMENTS von NYGAARD, JESPER, JENSEN, ANE, HAUPTMANN, JONAS, RAHLF, LINDELOF, POUL, ERIK, GREGERS, HANSEN, SADOWSKI, JANUSZ

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