http://www.cnr.it/ontology/cnr/individuo/prodotto/ID53357

Nanoimprint lithography for organic electronics (Articolo in rivista)

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Clavijo Cedeno C. 1, Seekamp J. 2, Kam A. P. 3, Hoffmann T. 4, Zankovych S. 5, Sotomayor Torres C. M. 6, Menozzi C. 7, Cavallini M. 8, Murgia M. 9, Ruani G. 10, Biscarini F. 11, Behl M.12, Zentel R. 13, Ahopelto J. 14 (2002)
Nanoimprint lithography for organic electronics
in Microelectronic engineering
(literal)

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Clavijo Cedeno C. 1, Seekamp J. 2, Kam A. P. 3, Hoffmann T. 4, Zankovych S. 5, Sotomayor Torres C. M. 6, Menozzi C. 7, Cavallini M. 8, Murgia M. 9, Ruani G. 10, Biscarini F. 11, Behl M.12, Zentel R. 13, Ahopelto J. 14 (literal)

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1,2,3,4,5,6- Institute of Materials Science and Department of Electronics and Electrical Engineering, University of Wuppertal, Wuppertal, Germany 7,8,9,10,11- ISMN-CNR , Bologna, Italy 12,13- Department of Chemistry and Pharmacy, University of Mainz, Mainz, Germany 14- VTT Microelectronics, Espoo, Finland (literal)

Titolo

Abstract

Thin films made of organic semiconductors (-sexithiophene, PDAS and PBAS) have been printed and the impact on morphology studied by optical, atomic force and electron microscopy. Surfaces in contact with the stamp during printing undergo a change towards smoother and more ordered material at the macromolecular scale. Interdigitated nanoelectrodes to be used as source and drain in TFTs have been made and printed down to 100 nm. PDAS and PBAS can be printed at room temperature and preserve their printed feature provided they are cross-linked afterwards. (literal)

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