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Title of article :
Current-Voltage characteristics of the Azo-benzene nano-molecular wires from first principles
Author/Authors :
آقايي، ح نويسنده , , غلامي، ام آر نويسنده Gholami, M. R. , منجمي، ام نويسنده Monajjemi, M. , يگانگي، اس نويسنده Yeganegi, S. , گنجي، ام دي نويسنده Ganji, M. D.
Issue Information :
فصلنامه با شماره پیاپی 0 سال 2009
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Abstract :
Using Density Functional Non-Equilibrium Green’s Function (DFT-NEGF) method we perform a detailed study of the transport properties of a novel light-driven molecular switch. We consider two isomers of Azo-benzene moleculular wires, Cis and Trans, sandwiched between two Au (1 0 0) electrodes. It has been found that the conductance of the cis isomer is significantly smaller than that of the trans one. Thus, whenever the Azo-benzene is made to flip from the cis conformation to the trans conformation, the wire is predicted to switch from a weakly conducting to a highly conducting state. The transmission coefficients T (E) of the two-probe system at zero bias have also been analyzed.
Journal title :
Iranian Journal of Organic Chemistry
Journal title :
Iranian Journal of Organic Chemistry
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