the effect of side quantum dots on conductance through four-quantum-dot combinations: study by non-equilibrium greens function method
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ID: 257219
2016
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Abstract
Electronic transport has been investigated in four-quantum-dot combination coupled to metal electrodes using the non-equilibrium Green’s function method, and curves I-V and conductance (dI/dV) were analyzed for special combination. We have showed that the emergence of negative differential conductivity is due to asymmetric distribution of quantum dots in the central region, existence of non-coupled dots (side quantum dots), and the interference effect. We found that more side quantum dots lead to more negative differential conductance.
| Reference Key |
darizin2016iranianthe
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|---|---|
| Authors | ;Z Darizin;M Bagheri;H Rahimpoor Soleymani |
| Journal | inorganica chimica acta |
| Year | 2016 |
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