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JOURNAL OF MICROELECTROMECHANICAL SYSTEMS, VOL. 12, NO. 6, DECEMBERThermocapillary Actuation of Droplets on Chemically Patterned Surfaces by Programmable
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Document Date: 2008-10-23 17:49:19


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City

Boca Raton / Houston / Paris / Alkyltrichlorosilane / New York / Ithaca / Washington / DC / Electrowetting / London / /

Company

Analog Devices / Motorola / Engineering Laboratory / Princeton Microfluidic Research & Engineering Laboratory / Corporate Research Labs / Bell Telephone Laboratories / Corning / Golden CO. / Authorized / United Electronic Industries / Exxon / IEEE Authorized / Microfluidic Research & Engineering Laboratory / /

Country

France / Austria / United States / /

Currency

USD / /

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Facility

Solar Energy Research Institute / University of Linz / B. C. Bunker / Princeton University / Prentice Hall / Cornell University / Villanova University / University of Vienna / /

IndustryTerm

large-area electronics / microfluidic device / metal block / chemical vapor deposition / voltaic electricity / biochemical applications / proof-of-concept device / contact printing techniques / microand nanofluidic systems / chemical reactions / gas-liquid interface / defined networks / thickness metal films / steel / gas flow rates / overall device / electronic hardware / metal heaters / chemical measurement systems / microfluidic applications / reaction products / automated microfluidic technologies / battery-powered chemical analysis / fluidic device / microelectronic devices / nanoscopic chemical heterogeneities / separation protocols / metal resistors / direct printing / sensor applications / thin-film electronics / electronics / resistive energy dissipation density / microfluidic chip / aqueous solutions / liquophilic and liquophobic chemical surface patterning / ambient gas / free gas-liquid interface / /

Organization

School of Engineering / Princeton University / Cornell University / American Physical Society / African Union / United States Army / Villanova University / Solar Energy Research Institute / Austrian Academy of Sciences / Department of Electrical Engineering / School of Engineering and Applied Science / Austrian Physical Society / National Science Foundation / American Chemical Society / University of Linz / Department of Physics and the Program / University of Vienna / Humboldt Foundation / National Aeronautics and Space Administration / /

Person

Anton A. Darhuber / Sandra M. Troian / D. R. Staarup / Sigurd Wagner / Joseph P. Valentino / Francois Frenkiel / S. Danielson / V / /

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Position

Chief / Subject Editor / Research Associate / Professor / Professor of Electrical Engineering / Professor of Chemical Engineering / Member Research Staff / Staff Physicist / Chief of the Photovoltaic Research Branch / /

ProgrammingLanguage

LabView / /

ProvinceOrState

New York / New Jersey / Pennsylvania / Florida / /

Technology

proteomics / 3-D / Heat transfer / chemical vapor deposition / MICROELECTROMECHANICAL SYSTEMS / MEMS / microfluidic chip / separation protocols / crystallization / automated microfluidic technologies / semiconductor / genomics / microfluidics / condensation / Digital Object Identifier / /

URL

www.princeton.edu/~stroian / /

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