IBM / Matsuda / GuanHua Chen Group / Hong Kong Shanghai Key Laboratory / /
Country
China / /
Currency
pence / / /
Facility
Hong Kong Shanghai Key Laboratory of Molecular Catalysis / Hong Kong University of Science / Terminal Carbon Nanotube-Based Electronic Device Shizheng Wen / † / ‡ / § SiuKong / The University of Hong Kong / Hong Kong Institute of Functional Material Chemistry / Fudan University / Northeast Normal University / University Grant Council / /
IndustryTerm
in-house built software / self-energy / nanoelectronic devices / aluminum metal / nanotube-based electronic device / model systems / electronic devices / nanoscale device / http /
Organization
American Chemical Society / University of Hong Kong / Hong Kong / Northeast Normal University / Changchun / University Grant Council / Hong Kong Research Grant Council / National Science Foundation / Department of Computer Science / Fudan University / Shanghai / Centre of Theoretical and Computational Physics / Hong Kong University of Science and Technology / Faculty of Chemistry / University of Hong Kong / Center for Theoretical Chemical Physics / Hong Kong Institute of Functional Material Chemistry / Department of Chemistry / /
Person
Thomas Niehaus / Shaul Mukamel Festschrift / Thomas Frauenheim / Xiao Zheng / Bill Goddard / /
Position
good conductor / AUTHOR INFORMATION Corresponding Author *E-mail / coherent conductor / /
ARTICLE pubs.acs.org/JPCB Time-Dependent Current Distributions of a Two-Terminal Carbon Nanotube-Based Electronic Device Shizheng Wen,†,‡,§ SiuKong Koo,† ChiYung Yam,*,† Xiao Zheng,*,§ YiJing Yan,§ Zhongmin Su