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Coulomb blockade / Nanotechnology / Graphene / Transistor / Physics / Chemistry / Condensed matter physics


RAPID COMMUNICATIONS PHYSICAL REVIEW B 80, 121407共R兲 共2009兲 Electrostatic confinement of electrons in graphene nanoribbons Xinglan Liu,1 Jeroen B. Oostinga,1,2 Alberto F. Morpurgo,2 and Lieven M. K. Vandersypen1
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Document Date: 2012-07-20 04:34:25


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City

Rijn / Geneva CH1211 / /

Company

Perot / vF / L. L. Sohn L. P. / /

Country

Switzerland / Guinea / Netherlands / /

Facility

Delft University of Technology / University of Geneva / Kavli Institute of NanoScience / /

IndustryTerm

addition energy / average addition energy / nanoelectronic devices / graphene nanoribbon devices / extracted addition energy / energy diagrams / carrier density / device applications / erage addition energy / graphene nanoribbon device / energy / /

Movie

D. V / /

OperatingSystem

Fermi / /

Organization

University of Geneva / MIT / Delft University of Technology / Dutch Foundation for Fundamental Research / Kavli Institute of NanoScience / /

Person

M. L. Cohen / Ernest Ansermet / G. Götz / S. G. Louie / Nat / Coulomb / L. P. Kouwenhoven / G. A. Steele / /

Position

representative / /

Technology

quantum dots / av / semiconductors / dielectric / spectroscopy / lithography / /

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http /

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