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Mass spectrometry / Analytical chemistry / Dielectrophoresis / Nanotechnology / Penning trap / Particle velocity / Chemistry / Measuring instruments / Colloidal chemistry


Lab on a Chip b718153a 1 Numerical design of electrical-mechanical traps
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Document Date: 2008-03-31 10:38:26

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File Size: 1,60 MB

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City

Worcester / Drive / Philadelphia / The Capricorn / /

Company

M. Frenea S. P. / Cambridge University Press / DMAC / GMAC / /

Country

United States / United Kingdom / Singapore / /

Currency

pence / GBP / /

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Facility

National University of Singapore / Institute of High Performance Computing / Massachusetts Institute of Technology / Building Blocks / /

IndustryTerm

diadic product / quantitative simulation tools / Subsequent solutions / hybrid electrical-mechanical devices / pressure-increment projection algorithm / numerical tools / http /

Movie

D. V / /

Organization

Cambridge University / National University of Singapore / Lab on a Chip / Massachusetts Institute of Technology / Royal Society of Chemistry / Institute of High Performance Computing / Department of Aeronautics and Astronautics / Department of Mechanical Engineering / US Federal Reserve / Singapore-MIT Alliance / Worcester Polytechnic institute / Lab on a Chip PAPER Numerical / /

Person

C. Rosales / Kim / Jaime Perairea / K. M. Lim / J. Dongarra / V / Moin / S. P. Lim / Carlos Rosales / Kent Ridge Crescent / /

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Position

corresponding author / author / Professor / conductor / /

ProgrammingLanguage

Joule / /

PublishedMedium

Lab on a Chip / Electrophoresis / /

Technology

Electrophoresis / pressure-increment projection algorithm / speed Lab Chip / PDF / Lab on a Chip / dielectric / numerical algorithm / simulation / Lab Chip / /

URL

www.rsc.org/loc / http /

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