Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer

Stefan Kirnstötter; Marco Marchl; Thomas Obermüller; Anja Haase; Lucas Hauser; Matthias Edler; Thomas Grießer; Egbert Zojer

Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer

Stefan Kirnstötter, Marco Marchl, Thomas Obermüller, Anja Haase, Lucas Hauser, Matthias Edler, Thomas Grießer, Egbert Zojer

Publikation: Konferenzbeitrag › Poster

Originalsprache	englisch
Publikationsstatus	Veröffentlicht - 2010
Veranstaltung	Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells - Planneralm, Austria Dauer: 6 März 2010 → 12 März 2010

Konferenz

Konferenz	Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells
Ort	Planneralm, Austria
Zeitraum	6/03/10 → 12/03/10

Treatment code (Nähere Zuordnung)

Experimental

Dieses zitieren

Kirnstötter, S., Marchl, M., Obermüller, T., Haase, A., Hauser, L., Edler, M., Grießer, T., & Zojer, E. (2010). Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer. Postersitzung präsentiert bei Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells, Planneralm, Austria.

Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer. / Kirnstötter, Stefan; Marchl, Marco; Obermüller, Thomas et al.
2010. Postersitzung präsentiert bei Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells, Planneralm, Austria.

Publikation: Konferenzbeitrag › Poster

Kirnstötter, S, Marchl, M, Obermüller, T, Haase, A, Hauser, L, Edler, M, Grießer, T & Zojer, E 2010, 'Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer', Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells, Planneralm, Austria, 6/03/10 - 12/03/10.

Kirnstötter S, Marchl M, Obermüller T, Haase A, Hauser L, Edler M et al.. Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer. 2010. Postersitzung präsentiert bei Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells, Planneralm, Austria.

Kirnstötter, Stefan ; Marchl, Marco ; Obermüller, Thomas et al. / Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer. Postersitzung präsentiert bei Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells, Planneralm, Austria.

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title = "Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer",

author = "Stefan Kirnst{\"o}tter and Marco Marchl and Thomas Oberm{\"u}ller and Anja Haase and Lucas Hauser and Matthias Edler and Thomas Grie{\ss}er and Egbert Zojer",

year = "2010",

language = "English",

note = "Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells ; Conference date: 06-03-2010 Through 12-03-2010",

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TY - CONF

T1 - Controlling the electronic properties and morphology of the active layer in organic thin film transistors by an interfacial photoreactive layer

AU - Kirnstötter, Stefan

AU - Marchl, Marco

AU - Obermüller, Thomas

AU - Haase, Anja

AU - Hauser, Lucas

AU - Edler, Matthias

AU - Grießer, Thomas

AU - Zojer, Egbert

PY - 2010

Y1 - 2010

M3 - Poster

T2 - Winterschool on Organic Electronics - Fundamental Properties of Devices - Sensors, Transistors, and Solar Cells

Y2 - 6 March 2010 through 12 March 2010

ER -