single electron transport devices
Electron transport in molecular devices
... Introduction foi'tiuiately, often th e results obtained w ith N E G F -D F T do not m atch those of the experim ents, giving zero-bias conductances for a variety of m etal-m olecule anchoring geom etries higher th a n ...
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Electron, Spin and Heat Transport in Nanoscale Systems and Devices.
... Co-derived states that populate the energy region around the Fermi energy do not contribute to the quantum transmittance. This is due to the fact that, at variance with the coordinated polymer 1, the bridging Co complex ...
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Quantum theory of electronic and thermal transport through nano scale and single molecule devices
... The transport characteristics were measured in solution at room temperature, this method was first described in 2003 ...with electron injected into the N-end of the pyridyl ...
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Influences of Device Architectures on Characteristics of Organic Light-Emitting Devices Incorporating Ambipolar Blue-Emitting Ter(9,9-diarylfluorenes)
... emitting devices (OLEDs) incorporating highly efficient blue-emitting and ambipolar carrier- transport ter(9,9-diarylfluorene)s, and their influences on device ...include single-layer devices ...
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Theory of electron, phonon and spin transport in nanoscale quantum devices
... semiconductor devices when miniaturized to nanoscale ...using single molecules as building blocks to design and fabricate molecular electronic components has been around for more than 40 years [3], but only ...
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Electron and spin transport studies of gated lateral organic devices
... spin transport in novel (high resistivity) semiconducting ...(Alq3), single crystals of pentacene, and the conductive polymer poly(3-hexylthiophene) ...
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Optical tracing of multiple charges in single-electron devices
... To visualize parallel detection of several conduction elec- trons, we take a nanoparticle chain device at cryogenic temperatures as a generic example. This and other granular systems have been in use from the early days ...
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Electron Transport in Silicon Nanocrystal Devices: From Memory Applications to Silicon Photonics
... Complimentary to the advances in the silicon microelectronics industry are advances in the field of photonics. The distinction between these fields is primarily one of scale, with microelectronics focused on high-speed ...
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Effects of end group functionalization and level alignment on electron transport in molecular devices
... electronic devices through exploitation of unique properties of matter at the ...and devices, where nanostructures, molecules, or quan- tum dots are the active elements of the ...electronic devices. ...
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Theory of electron transport through single molecules
... a single molecule could function as a diode ...many-molecule devices [13-16], in some cases the rectification ratios increasing from 2 to about 1500 [17-20], but often the current density is very low ...
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The Synthesis and Single-Molecule Conductance of Conjugated Molecular Wires
... It was proposed that molecule 1 would show potential electronic applications along its molecular axis when aligned between two electrodes. This early theoretical model pointed to molecules that may be designed to ...
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Single-Electron Devices and Their Applications
... the single-electron trap ...the electron transport, effectively turning the array into a single-electron transistor with its relatively high cotunneling rate—see, ...the ...
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Electron transport and room temperature single electron charging in 10 nm scale PtC nanostructures formed by electron beam induced deposition
... A single-electron transistor, operating at room temperature, was formed by the ~20 nm nanodot ...Here, single-electron current oscillations and ‘Coulomb diamond’ electrical characteristics ...
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Electron transport in GaN expitaxial layers
... of single crystal epitaxial GaN a reality with development of a two-layer deposition ...wave devices (AIN/AI2O3 heterostructures) because of their high resistivity and the large acoustic wave ...
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Electron counting in a silicon single-electron pump
... the reservoir is monitored with a capacitively coupled single-electron transistor ( SET ) . The SET is induced with the top gate ( TG ) and barrier gates ( B1 and B2 ) . The hold time of the charge state of ...
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Interplay of the Inverse Proximity Effect and Magnetic Field in Out of Equilibrium Single Electron Devices
... To conclude, we study single-electron pumping in the SINIS turnstile affected simultaneously by the inverse proximity effect and magnetic field. In the samples with a low junction resistance a puzzling ...
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Single electron spintronics
... the electron is confined in the impurity if the energy of the state is below the Fermi level of the ...the electron to tunnel into the lead for a short period of time of about h/ǫ due to the Heisenberg ...
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U4-Lecture2TwoStagePhotosynthesis.ppt
... Excited electrons are passed from the primary electron acceptor to electron transport chains.. As electrons pass along this transport chain, their energy is used to pump.[r] ...
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Chapter 9 BDOL IC.ppt
... the light-dependent reactions, the citric acid cycle and the electron transport chain. glycolysis, the citric acid cycle, and the electron transport chain[r] ...
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Anderson Insulators in Self-Assembled Gold Nanoparticles Thin Films: Single Electron Hopping between Charge Puddles Originated from Disorder
... MHA devices, a small resistance hump is found at the temperature around 235 K, which could be attributed to the contraction/expansion of residual water in the ...insulating devices exhibit non-linear ...
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