CPP 9: Organic Electronics and Photovoltaics I - Charge Transport and Electronic Devices
Montag, 1. April 2019, 15:00–17:15, H18
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15:00 |
CPP 9.1 |
Hauptvortrag:
Bulk Amounts of (6,5) Carbon Nanotubes for (Opto)- Electronic Devices — •Jana Zaumseil
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15:30 |
CPP 9.2 |
The impact of energy barriers at grain boundaries on charge carrier motion in a high-mobility, electron-conductive organic semiconductor — Ilja Vladimirov, Michael Kühn, Thomas Geßner, Falk May, and •Thomas Weitz
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15:45 |
CPP 9.3 |
Electronic couplings in molecular crystals: Tight-Binding fits vs. cluster-based approaches — •Florian Mayer, Christian Winkler, and Egbert Zojer
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16:00 |
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15 min. break
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16:15 |
CPP 9.4 |
Finding the right building blocks for molecular optimization - Mining a database of organic semiconductors — •Christian Kunkel, Christoph Schober, Johannes T. Margraf, Karsten Reuter, and Harald Oberhofer
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16:30 |
CPP 9.5 |
Calculating electron - phonon coupling with density functional theory to describe polaron dynamics — •Oliver Stauffert, Roman Krems, Mona Berciu, and Michael Walter
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16:45 |
CPP 9.6 |
Why are charge-carrier mobilities in organic semiconductors typically low? The instructive case of quinacridone — •Christian Winkler, Florian Mayer, Oliver T. Hofmann, Gernot J. Kraberger, and Egbert Zojer
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17:00 |
CPP 9.7 |
Hopping-approach in organic semiconductors: mode-resolved vibrations and improved time-consistency — •Sebastian Hutsch and Frank Ortmann
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