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Length-dependent electronic transport through alkane-dithiol self-assembled monolayer junctions
We fabricate microscale via-hole structure molecular electronic devices using alkane-dithiol self-assembled monolayers (SAMs) and characterize their electric transport properties. We present transport parameters of different length alkane-dithiols from mass-fabricated molecular devices. We found the electronic transport decay coefficient for alkane-dithiols of ∼ 0.86 Å −1 which is similar to that for alkanemonothiols
Length-dependent electronic transport through alkane-dithiol self-assembled monolayer junctions
We fabricate microscale via-hole structure molecular electronic devices using alkane-dithiol self-assembled monolayers (SAMs) and characterize their electric transport properties. We present transport parameters of different length alkane-dithiols from mass-fabricated molecular devices. We found the electronic transport decay coefficient for alkane-dithiols of ∼ 0.86 Å −1 which is similar to that for alkanemonothiols
Length-dependent electronic transport through alkane-dithiol self-assembled monolayer junctions
Gunuk Wang, (author) / Tae-Wook Kim, (author) / Takhee Lee, (author)
2006-10-01
525049 byte
Conference paper
Electronic Resource
English
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