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- Titel:
Heating and Cooling mechanisms in singlemolecule junctions
- Dokumenttyp:
- Zeitschriftenaufsatz
- Autor(en):
- Romano, G.; Gagliardi, A.; Pecchia, A.; Di Carlo, A.
- Abstract:
- In this work we analyze the role played by molecular resonances on the thermal behavior of single molecule junction. We consider a fullerene molecule on a Cu(110) substrate when current is driven across using an scanning tunnel microscope tip. Calculations based on density-functional theory and nonequilibrium Green’s functions have predicted a lowering of molecular temperature whenever a resonance gets close to the injection window. This behavior, due on the interplay of emission and absorption phonon processes, can take place (at T 0 =0 K ) for bias E L −ℏω
- Zeitschriftentitel:
- Phys. Rev. B 81, 115438 2010-03
- Jahr:
- 2010
- Jahr / Monat:
- 2010-03
- Quartal:
- 1. Quartal
- Monat:
- Mar
- Sprache:
- en
- Volltext / DOI:
- doi:10.1103/PhysRevB.81.115438
- WWW:
- http://journals.aps.org/prb/abstract/10.1103/PhysRevB.81.115438
- Verlag / Institution:
- American Physical Society
BibTeX
Vorkommen:
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2009
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2011
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2007
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2010
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2004
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2008
- mediaTUM GesamtbestandEinrichtungenSchools TUM School of Computation, Information and TechnologyDepartmentsElectrical EngineeringSimulation von Nanosystemen für Energiewandlungen (Prof. Gagliardi)2012