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Showing 1 to 5 of 5 for “"molecular wire"”.

  1. Theory of molecular scale thermoelectricity

    … Green’s function to study thermoelectricity in molecular scale. We have aimed to improve the efficiency of single molecules in converting heat to electricity by carefully designing them. We introduced a novel strategy for designing molecules with low thermal conductance. This strategy states …

    lancaster Repository record for Theory of molecular scale thermoelectricity (opens in a new tab)

  2. Charge transport, configuration interaction and Rydberg states under density functional theory

    … couplings. We simulate electron transport in a molecular wire using real-time time-dependent density functional theory in order to study the conduction of the wire. We also use constrained density functional theory to obtain diabatic states and diabatic couplings, and use these excited-state …

    mit Repository record for Charge transport, configuration interaction and Rydberg states under density functional theory (opens in a new tab)

  3. A structural study of M-DNA

    … to M-DNA’s remarkable ability to behave as a molecular wire. Because M-DNA is so similar to B-DNA, it adheres to the same rules with regards to self-assembly. The ability of DNA to self-assemble and the electronic conduction of M-DNA are ideal properties for nanotechnology of the future. M-DNA …

    sask Repository record for A structural study of M-DNA (opens in a new tab)

  4. Investigating the properties of molecular wires on gold and diamond

    … and electron transport properties of various molecular films on different substrates were investigated in this thesis. In Chapter 3, we proved that the two-step strategy of coupling transition metal complexes to pyridine-terminated oligo(phenylene)ethynylene self-assembled monolayer formed …

    nus Repository record for Investigating the properties of molecular wires on gold and diamond (opens in a new tab)