American Institute of Physics Downloaded / The University of Hong Kong / National Chiao Tung University / American Institute of Physics / The Hong Kong University of Science / /
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finite source-devicedrain systems / stationary solution / nanoscopic electronic devices / electronic device / quantum transport systems / self-energy / mesoscopic devices / time-independent systems / open electronic systems / realistic electronic devices / inhomogeneous energy bands / arbitrary nonMarkovian dissipative systems / desired self-energy / real-time simulations / time-dependent systems / model systems / energy shift / electronic devices / realistic systems / e-print / open dissipative systems / time-dependent open electron systems / functional devices / recent applications / stationary solutions / electronic systems / realistic electronic device / numerical solution / energy / /
OperatingSystem
Fermi / /
Organization
University of Hong Kong / Hong Kong / American Institute of Physics / Centre for Theoretical and Computational Physics / National Science Foundation / Department of Applied Chemistry / Hong Kong University of Science and Technology / Hong Kong Department of Chemistry / Department of Physics / U.S. Securities and Exchange Commission / National Chiao Tung University / Department of Chemistry / /
THE JOURNAL OF CHEMICAL PHYSICS 133, [removed]s2010d Time-dependent density functional theory for quantum transport Xiao Zheng,1,2 GuanHua Chen,2,3,4,a! Yan Mo,1,2,5 SiuKong Koo,2 Heng Tian,2 ChiYung Yam,2 and YiJing Yan1