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JOURNAL OF APPLIED PHYSICS 104, 104701 共2008兲 Optically driven fluid flow along arbitrary microscale patterns using thermoviscous expansion Franz M. Weinert and Dieter Brauna兲 Systems Biophysics, Functional NanoSy
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Document Date: 2012-08-18 20:15:42

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Munich / Kisker / London / /

Company

Emmy-Noether Group / Micro Electro Mechanical Systems / /

Country

Germany / United States / /

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Emmy / the Emmy / /

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Natural Disaster / /

Facility

American Institute of Physics Downloaded / Ludwig-Maximilians University / American Institute of Physics / /

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dimensional solution / analytical solution / bead-water solution / stroboscopic temperature imaging / silicon chip / microfluidic applications / biological systems / latter mixing protocol / arbitrary solutions / possible solutions / fluorescence imaging / stationary solutions / nM solution / nanoscale metal films / chemicals / numerical solution / /

Organization

American Institute of Physics Downloaded / American Institute of Physics / US Federal Reserve / Center for Nanoscience Munich / N. Sheng / X. Zhou / E. Gulari / X. Gao / and G. Church / Center for Nanoscience / Ludwig-Maximilians University Munich / Department of Physics / /

Person

Stefan Duhr / Jonas A. Kraus / L. I. Jong / V / Hermann Gaub / K. Seiler / Franz M. Weinert / Philipp Baaske / Ingmar Schön / Klaus Stierstadt / Joseph Egger / K. Fluri / Z. Fan / C. S. Effenhauser / A. Manz / Dieter Brauna / Thomas Franosch / Ty / /

Position

Author / D. J. / /

PublishedMedium

JOURNAL OF APPLIED PHYSICS / /

Technology

laser / silicon chip / fluid dynamics / latter mixing protocol / http / random access / simulation / microfluidics / Lab Chip / /

URL

www.aip.org/pubservs/epaps.html / http /

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