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구성원
article|
·
인용수 18
·2022
Nanoscale Mapping of Carrier Mobilities in the Ballistic Transports of Carbon Nanotube Networks
Jeong‐Su Kim, Yuhyeon Oh, Junghyun Shin, Myungjae Yang, Narae Shin, Shashank Shekhar, Seunghun Hong
IF 17.1ACS Nano
초록

transport behavior, respectively. Interestingly, semiconducting CNT networks also exhibited a gradual transition from a diffusive to a ballistic transport behavior as the CNT mobility was increased by reaching the on-state with negative gate biases. The mapping of the cross-patterned CNT network showed that metallic CNT electrodes could achieve a good electrical contact with semiconducting CNTs without high contact resistance regions. Since this method allowed one to map versatile charge transport properties such as mobility, conductivity, and charge trap density, it can be a powerful tool for basic research about charge transport phenomena and practical device applications.

키워드
Materials scienceCarbon nanotubeConductivityCharge carrierNanotechnologyChemical physicsNanoscopic scaleElectron mobilityBallistic conductionCharge (physics)
타입
article
IF / 인용수
17.1 / 18
게재 연도
2022

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