electronic transport
Electronic transport in DNA
... of A,T,G,C (45,46), etc.), or natural DNA (bacteriophage l-DNA (41), etc.). The biological content of the sequence would then simply be encoded in a specific sequence of hopping amplitudes 1 and 1/2 between like and ...
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Defect symmetry influence on electronic transport of zigzag nanoribbons
... on electronic transport of GNRs is crucial for the understanding of the physical properties of this novel material and for its potential applications in ...
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Electronic Transport through a Graphene Nanoribbon Composed of Nanoribbons of Different Widths
... In summary, we have built a GNR by combining two GNRs with different widths and the electronic transport properties which are investigated by the first principles method. The numerical calculation indicates ...
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Encapsulated nanowires : boosting electronic transport in carbon nanotubes
... Carbon Nanotubes (CNTs) are the most promis- ing candidates for nanoelectronics applications due to their excellent electrical conductivity [1–3]. With these properties applied in integrated circuits and in the field ...
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Electronic Transport Properties of Transition Metal Terminated Trigonal Graphene Nanoribbons
... filtering electronic device based on AGNRs ...the electronic transport properties of the tri- gonal grapheme flake and found that the rectifying rations and direction could be significantly tuned by ...
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Primary structure of proteins as a nanowire for metabolic electronic transport
... for electronic transport in the metabolism (redox ...average electronic configuration of the molecule of the protein was executed for this ...active transport of electrons along the primary ...
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Electrode and substitutional effects on electronic transport properties of NiO nano devices
... nano electronic device, linker atom, a functional group acts as a glue which connects the electrode and the device ...the electronic structure of the device and thereby the electronic ...
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Finite bias electronic transport of molecules in a water solution
... the transport properties of molecular nanojunctions are investi- gated theoretically by using a combination of empirical-potential molecular-dynamics and first-principles electronic-transport ...
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The Electronic Transport Properties of CuO and Zn Doped CuO Nanotubes
... reported on the magnetic properties of CuO nano tubes. The present work is aimed to study the electronic transport properties of CuO armchair nanotubes using a two probe system. The effect of substitution ...
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Electronic transport on carbon nanotube networks: a multiscale computational approach
... in network films takes place through individual nanotubes interconnected by junctions. In this case, electrons experi- ence low resistance when travelling along a nanotube, but are faced with significant resistance at ...
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Model for electronic transport properties of thermoelectric semiconductor materials
... When trying to reach these optimistic goals, one of the first steps caused a huge bump in the road to success. To be more concrete, an attempt to reproduce results published by Popescu et al. failed. One could come up ...
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Electronic Transport in Thermoelectric Bismuth Telluride
... the electronic transport properties of bismuth telluride nanocomposite materials is ...primary transport measurements are electrical conductivity, Seebeck coefficient and Hall ...these ...
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Contact geometry and electronic transport properties of Ag benzene Ag molecular junctions
... We now move to investigate the electronic transport properties of the three Ag-benzene-Ag junctions. We start with Junction I (Fig.2a), in which the benzene molecule is connected to the Ag electrodes ...
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Predictions of Electronic, Transport, and Structural Properties of Magnesium Sulfide (MgS) in the Rocksalt Structure
... The disagreement among theoretical results indicates the need for further in- vestigations of the band gap and related properties of MgS. The above disagree- ment and current and potential applications of MgS motivated ...
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Electronic Transport Study of ZnTe and ZnSe
... of electronic transport phenomena consists of computer simulations based on the ensemble Monte Carlo ...Boltzmann transport equation within a semi-classical ...
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Electronic Transport in Alloys with Phase Separation (Composites)
... carrier transport in nanocomposites is necessary, and (2) effective experimental methods for designing, producing and measuring new material compositions with nanocomposite-structures are to be ...the ...
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Ab Initio Computations of Electronic, Transport, and Related Properties of Chromium Disilicide (CrSi2)
... as discussed at the beginning of this section, also motivated this work. These two motivations are supported by the fact that our method, to be discussed below, has led to the correct band gaps of well over 30 ...
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Electronic transport through EuO spin filter tunnel junctions
... (Received 9 July 2012; revised manuscript received 11 September 2012; published 12 November 2012) Epitaxial spin-filter tunnel junctions based on the ferromagnetic semiconductor europium monoxide (EuO) are investigated ...
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Electronic Transport in Solar Cells and DFT Calculations for Si and GaAs
... which leads to a perfect agreement with experiment) lies within the range 1.1–1.3, while for large band gaps, copt is larger (1.4–1.7). Therefore, our goal was to find a property of the [r] ...
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Surface effects on electronic transport of 2D chalcogenide thin films and nanostructures
... The progress and renewed interest in 2D chalcogenides have been remarkable. With continued improvement in 2D chalcogenide synthesis and a myriad of possible van der Waals heterostructures with 2D chalcogenides as basic ...
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