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Regensburg 2019 – wissenschaftliches Programm

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4364 Ergebnisse auf 437 Seiten: 1424 425 426 427 428437

Do, 15:00 TT 64.7 Thermoelectric transport in nanosystems: A hierarchical quantum master equation approach — •Jakob Bätge, Ka Chun Chan, and Michael Thoss
Do, 15:00 TT 64.8 Quantum Transport through Single-molecule Junctions: Non-adiabatic Effects — •Christoph Kaspar, Christian Schinabeck, and Michael Thoss
Do, 15:00 TT 64.9 Thermal conductivity and thermal diffusivity of suspended few-layer h-BN using the 3ω method — •Sofia Blanter, Nicola Paradiso, Denis Kochan, and Christoph Strunk
Do, 15:00 TT 64.10 Zero-dimensional contacts to carbon nanotubes encapsulated by hexagonal boron nitrideChristian Bäuml, •Michaela Eichinger, Nicola Paradiso, and Christoph Strunk
Do, 15:00 TT 64.11 Lab::Measurement – measurement control with PerlSimon Reinhardt, Christian Butschkow, Stefan Geissler, Alois Dirnaichner, Florian Olbrich, Charles E. Lane, and •Andreas K. Hüttel
Do, 15:00 TT 64.12 Optomechanics of a suspended carbon nanotube quantum dot coupled to a coplanar microwave resonatorStefan Blien, Patrick Steger, •Niklas Hüttner, Richard Graaf, and Andreas K. Hüttel
Do, 15:00 TT 64.13 Carbon nanotube transfer into complex devices with commercial quartz tuning forks — •Patrick Steger, Niklas Hüttner, Richard Graaf, Alexander Albang, Stefan Blien, and Andreas K. Hüttel
Do, 15:00 TT 64.14 Proximity induced superconductivity in normal metal/h-BN encapsulated graphene/superconductor junctions — •Preeti Pandey, Romain Danneau, Ralph Krupke, and Detlef Beckmann
Do, 15:00 TT 64.15 Correlation Effects on the Electronic Structure of Graphene Nanoribbon Heterojunctions — •Jan-Philip Joost, Niclas Schlünzen, and Michael Bonitz
Do, 15:00 TT 64.16 Thermal-induced currents and spin caloritronics in a graphene nanostructure — •Thi Thu Phùng, Andreas Honecker, and Javad Vahedi

4364 Ergebnisse auf 437 Seiten: 1424 425 426 427 428437

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