摘要
The orbital control of electron transport provides an important concept to design high-conductance nanoelectronic device with the aromatic hydrocarbons.~([1, 2]) Previous calculations show the electron transport properties across different sites of molecule are in good agreement with the qualitative expectation based on the frontier orbital analysis. Here the analysis of the frontier Hückel orbital symmetry is used to discuss the electron transport in the 1,5-diaza-2,4-diborine(B_2N_2C_2) molecule.~([3]) The present results display that the qualitative frontier orbital analysis is fully consistent with the quantitative NEGF-DFT calculation.
The orbital control of electron transport provides an important concept to design high-conductance nanoelectronic device with the aromatic hydrocarbons.~([1, 2]) Previous calculations show the electron transport properties across different sites of molecule are in good agreement with the qualitative expectation based on the frontier orbital analysis.Here the analysis of the frontier Hückel orbital symmetry is used to discuss the electron transport in the 1,5-diaza-2,4-diborine(B_2N_2C_2) molecule.~([3]) The present results display that the qualitative frontier orbital analysis is fully consistent with the quantitative NEGF-DFT calculation.
引文
[1]Yoshizawa,K.;Tada,T.;Staykov,A.J.Am.Chem.Soc.2008,130:9406.
[2]Tsuji,Y.;Staykov,A.;Yoshizawa,K.J.Am.Chem.Soc.2011,133:5955.
[3]Forster,T.D.;Krahulic,K.T.;Tuonen,H.M.;Mc Donald,R.;Parvez,M.;Roesler,R.Angew.Chem.Int.Ed.2006,45:6356