'Conductance' presentation slideshows

The Ring Model of Cortical Dynamics: An overview

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1.23k views • 40 slides

Transport through junctions of interacting quantum wires and nanotubes

585 views • 40 slides

Experimental characterization of simple single-molecule junctions

Experimental characterization of simple single-molecule junctions. In collaboration with. Kamerlingh Onnes Laboratory, Leiden University. Leiden: Marc van Hemert IBM Yorktown Heights: Norton Lang Technical University of Denmark: Kristian Thygesen, Karsten Jacobsen.

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A coherent subnanosecond single electron source

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Cable Model Voltage Clamp Propagation of an Action Potential

Cable Model Voltage Clamp Propagation of an Action Potential. Illustrations are taken from: J. Malmivuo, R. Plonsey, Bioelectromagnetism, Oxford Press, 1995 http://butler.cc.tut.fi/~malmivuo/bem/book/. Cable Model of Axon. Steady-State Response. Propagation of Activation.

576 views • 29 slides

IPCMS - DMONS

330 views • 24 slides

IPCMS - DMONS

403 views • 24 slides

Ballistic conductance of suspended nanowires: An ab initio description

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Ballistic transport under Quantum Hall effect conditions

Ballistic transport under Quantum Hall effect conditions. S.Nazin, V.Shikin, ISSP RAS. Outline. 1. 1-D ballistic conductance definition 2. Hall-effect, Quantum Hall-effect (QHE) definitions 3. Edge (ballistic) scenario for QHE realization (Halperin, 1982; Buttiker, 1986)

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Ion Channels as Nanopores - From Principles to Biosensors

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Heating and Efficiency

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Vacuum Systems

Vacuum Systems. Lecture 6 G.J. Mankey gmankey@mint.ua.edu. Pumping Speed and Throughput. The mass flow or throughput of a pump is given by the equation Q = SP where S is the pumping speed and P is the pressure. For a conductive element Q = C(P 1 -P 2 )

528 views • 15 slides

Bounding the mixing time via Spectral Gap

Bounding the mixing time via Spectral Gap. Ilan Ben-Bassat Omri Weinstein. Conductance . Properties. Reversible Chains. (*). x>=y. Upper Bound of the Spectral Gap. Path Congestion.

260 views • 15 slides

Rf-set and rf QPC ??????

Rf-set and rf QPC ??????. LQCC-QT. SET ????. SET ????. SET ??????. RF-SET. ??? RF-SET.

240 views • 15 slides

G. S. Diniz and S. E. Ulloa

Spin-orbit coupling and electronic transport in carbon nanotubes in external fields. G. S. Diniz and S. E. Ulloa. Department of Physics and Astronomy , Ohio University , Athens -OH. Supported by. G. S. Diniz and S. E. Ulloa. Boston, APS March Meeting 2012. Motivation & Outline.

258 views • 13 slides

G. S. Diniz and S. E. Ulloa

Spin-orbit coupling and electronic transport in carbon nanotubes in external fields. G. S. Diniz and S. E. Ulloa. Department of Physics and Astronomy , Ohio University , Athens -OH. Supported by. G. S. Diniz and S. E. Ulloa. Boston, APS March Meeting 2012. Motivation & Outline.

253 views • 13 slides

Oracle Labs Graph Analytics Research

Oracle Labs Graph Analytics Research. Hassan Chafi Sr. Research Manager Oracle Labs Graph-TA 2/21/2014.

206 views • 11 slides

Probing the conductance superposition law in single-molecule circuits with parallel paths

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Congresso del Dipartimento di Fisica Highlights in Physics 2005

A. Figure 4 : Experimental setup: (1) DSO (2) Computer (3) Relay (4) Contacts (5) AC Voltage Supplier. Figure 3. (a) Energy dispersion of graphene p -band, (b) Electronic band structure of a (4,2) nanotube, (c) Density of states of the electronic band diagram.

135 views • 1 slides