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Turbulence / Aerodynamics / Piping / Transport phenomena / Kolmogorov microscales / Reynolds number / Taylor microscale / Viscosity / Boundary layer / Physics / Fluid dynamics / Fluid mechanics


Environ. Sci. Technol. 2009, 43, 764–768 Do Microscopic Organisms Feel Turbulent Flows? ¨ EST‡ M I K I H O N D Z O * ,† A N D A L F R E D W U
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Document Date: 2010-10-08 07:09:23


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City

Washington / DC / L. A. / Kastanienbaum / /

Company

Lanterman D. D. / Al-Homoud S. A. / Bayer / Eaton / Gargett A. E. / D W U St. Anthony Falls Laboratory / Hickman A. E. / Greenberg A. E. / ASM Press / St. Anthony Falls Laboratory / /

Country

Switzerland / /

Currency

USD / /

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Facility

Swiss Federal Institute of Aquatic Science / University of Minnesota / /

IndustryTerm

advocated laboratory protocols / energy spectral density / energy dissipation / kinetic energy / physical and chemical conditions / energy cascade / energy dissipation rates / energy dissipation rate / laboratory protocols / chemical environments / energy / /

MedicalCondition

deficiency / /

Movie

A. D. / /

NaturalFeature

Sea Res / Lake Baikal / Ocean Mar. / /

Organization

Water Environment Federation / National Science Foundation / Department of Surface Waters / National Center for Earthsurface Dynamics / Swiss Federal Institute of Aquatic Science and Technology / American Public Health Association / University of Minnesota / Minneapolis / office of Integrative Activities / /

Person

Tanya Warnaars / Neitzel / Christopher Ellis / Amer AlHomoud / /

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Position

author / speaker / J. R. N. / G. P. / /

ProgrammingLanguage

DC / /

ProvinceOrState

Minnesota / /

PublishedMedium

ENVIRONMENTAL SCIENCE & TECHNOLOGY / /

SportsEvent

EPL 2007 / /

Technology

traditionally advocated laboratory protocols / fluid dynamics / laboratory protocols / /

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http /

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