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Molecular chain-to-chain tunneling and nanowell devices for electronic transport studies in metal- alkanethiol-metal junctions
Electronic transport in metal-alkanethiol-metal junctions is investigated. Using conducting atomic force microscopy we study molecular chain-to-chain tunneling which exhibits molecular tilt dependent intermolecular transport. And molecular devices with nanometer-scale junction area are fabricated and characterized. To clarify the molecular conduction mechanism, temperature-variable current-voltage measurements are performed.
Molecular chain-to-chain tunneling and nanowell devices for electronic transport studies in metal- alkanethiol-metal junctions
Electronic transport in metal-alkanethiol-metal junctions is investigated. Using conducting atomic force microscopy we study molecular chain-to-chain tunneling which exhibits molecular tilt dependent intermolecular transport. And molecular devices with nanometer-scale junction area are fabricated and characterized. To clarify the molecular conduction mechanism, temperature-variable current-voltage measurements are performed.
Molecular chain-to-chain tunneling and nanowell devices for electronic transport studies in metal- alkanethiol-metal junctions
Hyunwook Song, (author) / Nak-Jin Choi, (author) / Hyoyoung Lee, (author) / Takhee Lee, (author)
2006-10-01
322490 byte
Conference paper
Electronic Resource
English
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