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S Fowler, P Greenspan (1985)
Application of Nile red, a fluorescent hydrophobic probe, for the detection of neutral lipid deposits in tissue sections: comparison with oil red OJ Histochem Cytochem, 33
MJH Simmons, SH Zaidi, BJ Azzopardi (2000)
Comparison of laser-based drop-size measurement techniques and their application to dispersed liquid-liquid pipe flowOpt Eng, 39
D Vollmer, J Vollmer, AJ Wagner (2002)
Oscillatory kinetics of phase separation in a binary mixture under constant heatingPhys Chem Chem Phys, 4
BP Binks (2002)
Particles as surfactants—similarities and differencesCurr Opin Colloid Interface Sci, 7
S Maaß, S Wollny, A Voigt, M Kraume (2011)
Experimental comparison of measurement techniques for drop size distributions in liquid/liquid dispersionsExp Fluids, 50
M Pinsky, A Khain, M Shapiro (1999)
Collisions of Small Drops in a Turbulent Flow. Part I: Collision Efficiency. Problem Formulation and Preliminary ResultsJournal of the Atmospheric Sciences, 56
J Lovick, A Mouza, S Paras, G Lye, P Angeli (2005)
Drop size distribution in highly concentrated liquid/liquid dispersions using a light back scattering methodJ Chem Technol Biotechnol, 80
J Vollmer, GK Auernhammer, D Vollmer (2007)
Minimal model for phase separation under slow coolingPhys Rev Lett, 98
RC Gonzalez, RE Woods, Sl Eddins (2004)
Digital Image Processing Using MATLAB
M Kreizer, D Ratner, A Liberzon (2010)
Real-time image processing for particle tracking velocimetryExp Fluids, 48
A Ruf, J Worlitschek, M Mazzotti (2000)
Modeling and experimental analysis of PSD Measurements through FBRMPart Part Syst Charact, 17
DGAL Aarts, RPA Dullens, HNW Lekkerkerker (2005)
Interfacial dynamics in demixing systems with ultralow interfacial tensionNew J Phys, 7
K Menzel, SZ Mirzaev, U Kaatze (2003)
Crossover behavior in micellar solutions with lower critical demixing point: Broadband ultrasonic spectrometry of the isobutoxyethanol-water systemPhys Rev E, 68
HR Pruppacher, JD Klett (1997)
Microphysics of Clouds and Precipitation
Y Hayase, M Kobayashi, D Vollmer, H Pleiner, GK Auernhammer (2008)
Asymmetric oscillations during phase separation under continuous cooling: A simple modelJ Chem Phys, 129
PA Vaillancourt, MK Yau (2000)
Review of particle-turbulence interactions and consequences for cloud physicsBull Am Meteorol Soc, 81
NA Malik, T Dracos, DA Papantoniou (1993)
Particle tracking velocimetry in three-dimensional flowsExp Fluids, 15
G Batchelor (2005)
An Introduction to Fluid Dynamics
H Doi, K Tamura, S Murakami (2000)
Thermodynamic properties of aqueous solution of 2-isobutoxyethanol at T= (293.15, 298.15, and 303.15) K, below and above LCSTJ Chem Thermodyn, 32
GK Auernhammer, D Vollmer, J Vollmer (2005)
Oscillatory instabilities in phase separation of binary mixtures: Fixing the thermodynamic drivingJ Chem Phys, 123
R Aveyard, BP Binks, JH Clint (2003)
Emulsions stabilised solely by colloidal particlesAdv Colloid Interface Sci, 100–102
D Petrak (2002)
Simultaneous measurement of particle size and particle velocity by the spatial filtering techniquePart Part Syst Charact, 19
S Emmanuel, B Berkowitz (2006)
An experimental analogue for convection and phase separation in hydrothermal systemsJ Geophys Res, 111
ME Cates, J Vollmer, A Wagner, D Vollmer (2003)
Phase separation in binary fluid mixtures with continuously ramped temperaturePhilos Trans R Soc London, Ser A, 361
IJ Benczik, J Vollmer (2010)
A reactive-flow model of phase separation in fluid binary mixtures with continuously ramped temperatureEurophys Lett, 91
J Vollmer (2008)
Phase separation under ultraslow cooling: Onset of nucleationJ Chem Phys, 129
C Heffels, R Polke, M Rädle, B Sachweh, M Schäfer, N Scholz (1998)
Control of particulate processes by optical measurement techniquesPart Part Syst Charact, 15
S Maass, J Grünig, M Kraume (2009)
Measurement techniques for drop size distributions in stirred liquid-liquid systemsChem Process Eng, 30
S Krishnamurthy, WI Goldburg (1980)
Kinetics of nucleation in a binary liquid mixturePhys Rev A, 22
H Nakayama, H Kanenaga, T Fujioka (2001)
The study of water structure in aqueous solutions of butoxyethanol by enthalpy of mixing measurementsJ Therm Anal Calorim, 64
C Sagui, M Grant (1999)
Theory of nucleation and growth during phase separationPhys Rev E, 59
B Hu, P Angeli, OK Matar, CJ Lawrence, GF Hewitt (2006)
Evaluation of drop size distribution from chord length measurementsAlChE J, 52
N Ouellette, H Xu, E Bodenschatz (2006)
A quantitative study of three-dimensional Lagrangian particle tracking algorithmsExp Fluids, 40
D Vollmer, J Vollmer, R Strey (1997)
Oscillations in the dynamics of temperature-driven phase separationEurophys Lett, 39
JHJ Thijssen, PS Clegg (2010)
Emulsification in binary liquids containing colloidal particles: a structure-factor analysisJ Phys Condens Matter, 22
When a binary fluid demixes under a slow temperature ramp, nucleation, coarsening and sedimentation of droplets lead to an oscillatory evolution of the phase-separating system. The advection of the sedimenting droplets is found to be chaotic. The flow is driven by density differences between two phases. Here, we show how image processing can be combined with particle tracking to resolve droplet size and velocity simultaneously. Droplets are used as tracer particles, and the sedimentation velocity is determined. Taking these effects into account, droplets with radii in the range of 4−40 μm are detected and tracked. Based on these data, we resolve the oscillations in the droplet size distribution that are coupled to the convective flow.
Experiments in Fluids – Springer Journals
Published: Dec 20, 2011
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