'Droplet' presentation slideshows

Liquid Droplet Dynamics: Variations on a Theme

Liquid Droplet Dynamics: Variations on a Theme. Collaborators: S.H. Davis, Northwestern University M.G. Worster, University of Cambridge M.G. Forest, University of North Carolina R. Superfine, University of North Carolina W.W. Schultz, University of Michigan

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Modelling of droplet heating and evaporation in computational fluid dynamics codes

Modelling of droplet heating and evaporation in computational fluid dynamics codes. Sergei SAZHIN *, Irina SHISHKOVA ** , Vladimir LEVASHOV **, Morgan HEIKAL * * Sir Harry Ricardo Laboratory, School of Environment and Technology,

750 views • 51 slides

METR215: Advanced Physical Meteorology: Water Droplet Growth Condensation & Collision

METR215: Advanced Physical Meteorology: Water Droplet Growth Condensation & Collision. Condensational growth : diffusion of vapor to droplet Collisional growth : collision and coalescence (accretion, coagulation) between droplets. Water Droplet Growth - Condensation.

534 views • 39 slides

Experimental and theoretical studies of the structure of binary nanodroplets

Experimental and theoretical studies of the structure of binary nanodroplets. Gerald Wilemski Physics Dept. Missouri S&T. Physics 1 Missouri S&T 25 October 2011. Acknowledgments.

527 views • 38 slides

Lecture 11

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MODELING AND ANALYSES OF EVAPORATIVE COOLING EFFICIENCY FOR MIST-FOG SYSTEMS

MODELING AND ANALYSES OF EVAPORATIVE COOLING EFFICIENCY FOR MIST-FOG SYSTEMS. Ta-Te Lin, Yi-Chung Chang Department of Agricultural Machinery Engineering, National Taiwan University, Taipei, Taiwan, R.O.C. INTRODUCTION MODEL DEVELOPMENT SIMULATION AND ANALYSES CONCLUSIONS. INTRODUCTION.

451 views • 35 slides

A. S. Moita and A. L. Moreira

430 views • 30 slides

Droplet temperature measurement by Laser Induced Fluorescence

432 views • 22 slides

Wei-Ning Zhang

Two-pion interferometry for the granular sources in the heavy ion collisions at RHIC and LHC energies. Wei-Ning Zhang. 1) Dalian University of Technology, Dalian, China 2) Harbin Institute of Technology, Harbin, China. Outline. Introduction. Granular source model of QGP droplets.

372 views • 21 slides

An E lectrostatic Li thium I njector ( ELiI ) First Results

An E lectrostatic Li thium I njector ( ELiI ) First Results. 1 Daniel Andruczyk , 1 Peter Fiflis , 1 David Ruzic and 2 Dennis Mansfield 1 Center for Plasma-Material Interactions, University of Illinois, Urbana-Champaign IL, USA 2 Princeton Plasma Physics Labs, Princeton NJ, USA.

251 views • 19 slides

Forced wetting of steels by liquid Zn-Al alloy

273 views • 18 slides

MICROPHYSICS AND OPTICS IN TRADE-WIND CUMULUS

MICROPHYSICS AND OPTICS IN TRADE-WIND CUMULUS. Hermann E. Gerber Gerber Scientific, Reston, VA (hgerber6@comcast.net). RICO Planning Meeting; 25-27 Feb., 2004 NCAR, Boulder, CO. Cotton and Cumuli.

255 views • 17 slides

Modeling the Internal Flow of a Droplet

Modeling the Internal Flow of a Droplet. Craig Ferguson. Table of Contents. Problem Definition Applications Physical Background Program Design Algorithm Used User Interface Current Progress Future Work. Electrowetting. [1]. Electrowetting Applications. [2] [3].

282 views • 16 slides

Nature of droplet source Droplet heat/moisture fluxes Scaling model of source

237 views • 16 slides

HIGH FREQUENCY SURFACE ACOUSTIC WAVE ATOMIZER

HIGH FREQUENCY SURFACE ACOUSTIC WAVE ATOMIZER J. Ju, Y. Yamagata, T. Higuchi, K. Inoue and H. Ohmori Graduate School of Engineering, The University of Tokyo. Tranducers07 Reporter: Ming-Yen Chen( ??? ) Adviser : Cheng-Hsien Liu ( ??? ). outline. Introduction

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The Collision and Evaporation of a Droplet with a Heated Particle

The Collision and Evaporation of a Droplet with a Heated Particle. Samantha Chong, Curtin University. Supervisors: Dr Ranjeet Utikar Dr Monica Gumulya. Introduction to Problem. Investigate the behavior of droplet Mechanism of droplet interacting with hot solid surface

300 views • 13 slides

Production and Removal at the sea-air interface

198 views • 13 slides

Background Source strength Feedback Sensitivities

A Sea-Spray Thermodynamic Parameterization Including Feedback C. W. Fairall *, J-W. Bao, and J. Wilczak NOAA Environmental Technology Laboratory (ETL) Boulder, CO. Background Source strength Feedback Sensitivities. Original Droplet Equations Fairall/Andreas circa 1990.

238 views • 12 slides

Droplets of water found inside the lens

Droplets of water found inside the lens. Full view of the RH Headlamp. Droplet of water was present at the bottom of the RH headlamp. Droplet of water.

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Workshop meeting Lorentz Center Contact Line Instabilities

162 views • 6 slides