# 'Conductance' presentation slideshows

## 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 )

By amina
(250 views)

## IPCMS - DMONS

PHYSIQUE MESOSCOPIQUE. IPCMS - DMONS. Rodolfo Jalabert Dietmar Weinmann. Post-docs: Jérôme Roccia (DMONS-DON) Guillaume Weick. Etudiants: Guido Intronati (Strasbourg – Buenos Aires) Wojciech Szewc. Domaines de recherche :.

By jacques
(78 views)

## Gauss’s Law

Gauss’s Law. In differential form: When integrated over a volume, we have where Q is the total charge in volume v . Using Gauss’s theorem: We obtain the integral form:. Ulaby Figure 4-8. Gauss’s Law. Applications In some simple cases with high symmetry, solutions may be found directly

By soren
(370 views)

## Oracle Labs Graph Analytics Research

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

By nayef
(89 views)

## 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.

By jalena
(102 views)

## Heating and Efficiency

Heating and Efficiency. AP Env Sci - Home Heating Activity. Heat Needed for a Home or Other “Space”. Heat expressed in Btu - British Thermal Units - heat 1 lb water 1 degree F. H=heat needed in Btu H= K is thermal conductance What are factors that determine K. H = K T t

By zamora
(75 views)

## Ion Channels as Nanopores - From Principles to Biosensors

Signal IN. Signal OUT. Sensor. Ion Channels as Nanopores - From Principles to Biosensors. What to detect? Why pores ? Why bio ?. Overview. Today: Principles and proteins. Review of basic properties of channels & pores Single channel measurements – technologies

By missy
(103 views)

## IPCMS - DMONS

PHYSIQUE MESOSCOPIQUE. IPCMS - DMONS. Rodolfo Jalabert Dietmar Weinmann. Post-docs: Jérôme Roccia (DMONS-DON) Guillaume Weick. Etudiants: Guido Intronati (Strasbourg – Buenos Aires) Wojciech Szewc. Domaines de recherche :.

By selah
(109 views)

## A coherent subnanosecond single electron source

A coherent subnanosecond single electron source. Gwendal Fève. Groupe de Physique Mésoscopique Laboratoire Pierre Aigrain ENS. Jean-Marc Berroir Bernard Plaçais Christian Glattli Takis Kontos. Julien Gabelli Adrien Mahé.

By leoma
(98 views)

## The Ring Model of Cortical Dynamics: An overview

David Hansel Laboratoire de Neurophysique et Physiologie CNRS-Université René Descartes, Paris, France. The Ring Model of Cortical Dynamics: An overview. Uninet. Leiden 22/05/08. Investigating Brain Dynamical States. Nature of the interactions:

By arva
(112 views)

## 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.

By blithe
(120 views)

## 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.

By nhi
(119 views)

## Rf-set and rf QPC 超灵敏静电计

Rf-set and rf QPC 超灵敏静电计. LQCC-QT. SET 工作原理. SET 中的噪声. SET 的极限灵敏度. RF-SET. 反射型 RF-SET.

By duena
(81 views)

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

Probing the conductance superposition law in single-molecule circuits with parallel paths. Probing the conductance superposition law in single-molecule circuits with parallel paths. 1,4-bis(methyl(thio)methyl)–benzene (1). sulphur groups bind to the gold leads.

By amma
(185 views)

## 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.

By waseem
(119 views)

## Transport through junctions of interacting quantum wires and nanotubes

Transport through junctions of interacting quantum wires and nanotubes. R. Egger Institut für Theoretische Physik Heinrich-Heine Universität Düsseldorf S. Chen, S. Gogolin, H. Grabert, A. Komnik, H. Saleur, F. Siano, B. Trauzettel. Overview.

By byrd
(151 views)

## 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.

By ganit
(107 views)

## Ballistic conductance of suspended nanowires: An ab initio description

Ballistic conductance of suspended nanowires: An ab initio description. M. Czerner 1 , A. Bagrets 1 , N. Papanikolaou 2 , V.S. Stepanyuk 3 and I. Mertig 1 1 Martin-Luther-Universit ät Halle, Germany

By duke
(104 views)

## 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)

By dillon-mcconnell
(292 views)

## 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.

By rinah-jones
(269 views)

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