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This is a Special Issue on Molecular Electronics which provides an overview of the field and will be useful for both theoreticians and experimentalists. Topics include protein-based electronics, field-induced trans-to-cis isomerisation, phonon thermal conductance, spin-dependent transport, attenuation factors, HOMO-LUMO gap corrections and nanofabrication techniques.
Technology: general issues --- molecular electronics --- self-assembly films --- Langmuir-Blodgett films --- electrografting --- top-contact electrode --- molecular junctions --- attenuation factor --- density functional theory --- graphene --- single molecule junctions --- metal/molecule interface --- energy level alignment --- conductance --- electron transport --- DFT + Σ --- thermoelectricity --- phonon --- thermal conductance --- OPE3 --- anchor groups --- pyridyl --- thiol --- methyl sulphide --- carbodithioate --- spin polarization --- magnetic chain with AAH modulation --- light irradiation --- single-molecule junctions --- STM break-junction --- in-situ isomerisation --- carotenoids --- azurin --- solid-state junction --- biomolecular electronics --- electronic transport --- molecular dynamics --- n/a
Choose an application
This is a Special Issue on Molecular Electronics which provides an overview of the field and will be useful for both theoreticians and experimentalists. Topics include protein-based electronics, field-induced trans-to-cis isomerisation, phonon thermal conductance, spin-dependent transport, attenuation factors, HOMO-LUMO gap corrections and nanofabrication techniques.
molecular electronics --- self-assembly films --- Langmuir-Blodgett films --- electrografting --- top-contact electrode --- molecular junctions --- attenuation factor --- density functional theory --- graphene --- single molecule junctions --- metal/molecule interface --- energy level alignment --- conductance --- electron transport --- DFT + Σ --- thermoelectricity --- phonon --- thermal conductance --- OPE3 --- anchor groups --- pyridyl --- thiol --- methyl sulphide --- carbodithioate --- spin polarization --- magnetic chain with AAH modulation --- light irradiation --- single-molecule junctions --- STM break-junction --- in-situ isomerisation --- carotenoids --- azurin --- solid-state junction --- biomolecular electronics --- electronic transport --- molecular dynamics --- n/a
Choose an application
This is a Special Issue on Molecular Electronics which provides an overview of the field and will be useful for both theoreticians and experimentalists. Topics include protein-based electronics, field-induced trans-to-cis isomerisation, phonon thermal conductance, spin-dependent transport, attenuation factors, HOMO-LUMO gap corrections and nanofabrication techniques.
Technology: general issues --- molecular electronics --- self-assembly films --- Langmuir-Blodgett films --- electrografting --- top-contact electrode --- molecular junctions --- attenuation factor --- density functional theory --- graphene --- single molecule junctions --- metal/molecule interface --- energy level alignment --- conductance --- electron transport --- DFT + Σ --- thermoelectricity --- phonon --- thermal conductance --- OPE3 --- anchor groups --- pyridyl --- thiol --- methyl sulphide --- carbodithioate --- spin polarization --- magnetic chain with AAH modulation --- light irradiation --- single-molecule junctions --- STM break-junction --- in-situ isomerisation --- carotenoids --- azurin --- solid-state junction --- biomolecular electronics --- electronic transport --- molecular dynamics
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