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No. Details 176..recent        http://Pubs.D.Chan.is         Updated: 16 Aug 2016

-- 2016 -- (Previews)                   ResearcherID: A-4823-2010

228 I. U. Vakarelski, J. D. Berry, D. Y. C. Chan, S. T. Thoroddsen
Leidenfrost vapor layers reduce drag without the crisis in high viscosity liquids
Physical Review Letters Accepted 11 August (2016). pdf, supp
Movie 1: 20 mm steel sphere in Flutex PP3 (L) 21 ºC - no vapor, (M) 175 ºC - nucleate boiling, (R) 300 ºC - Leidenfrost vapour layer
Movie 2: 20 mm steel sphere in Flutex PP11 (L) 21 ºC - no vapor, (M) 300 ºC - nucleate boiling, (R) 450 ºC - Leidenfrost vapour layer
Movie 3: Wake visualisation in Flutec PP3: (Top) 175 ºC - nucleate boiling, Re = 2.3 x 10^4, zero slip length, (Bottom) 300 ºC - Leidenfrost vapour layer, Re = 6 x 10^4, slip length = 0.013 radius
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227 R. Manica, E. Klaseboer, D. Y. C. Chan
The hydrodynamics of bubble rise and impact with solid surfaces
Advances in Colloid and Interface Science 235, 214-232 (2016). pdf
[Show/Hide Abstract]

226 Q. Sun, E. Klaseboer, D. Y. C. Chan
A robust and accurate formulation of molecular and colloidal electrostatics
Journal of Chemical Physics 145, 054106 [1-12] (2016). pdf
Movie: Surface potential of dumbell zwitterion.
[Show/Hide Abstract]

225 R. Manica, E. Klaseboer, D. Y. C. Chan
The impact and bounce of air bubbles at a flat fluid interface
Soft Matter 12, 3271-3282 (2016). pdf
Movie: Collision between a bubble and a free interface
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224 J. Oshitani, T. Sasaki, T. Tsuji, K. Higashida, D. Y. C. Chan
Anomalous sinking of spheres due to local fluidization of apparently fixed powder beds
Physical Review Letters 116, 068001 (2016). pdf, supp
Movie 1: Sinking of sphere of relative density 0.98
Movie 2: Sinking of sphere of relative density 0.85
Movie 3: Sinking of sphere of relative density 1.31
Movie 4: Sinking of sphere of relative density 1.96
Movie 5: Sinking of sphere of relative density 2.61
Movie 6: Top view of powder bed above the sinking spheres
Movie 7: Spheres of different densities sinking at logarithmic time scale
Physics Today   (pdf)
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-- 2015 --

223 D. Y. C. Chan
Electric double layer interaction between dissimilar charge-conserved conducting plates
Langmuir 31, 9889-9892 (2015). pdf, supp
[Show/Hide Abstract]

222 I. U. Vakarelski, D. Y. C. Chan, S. T. Thoroddsen
Drag moderation by the melting of ice surface in contact with water
Physical Review Letters 115, 044501 [1-4] (2015). pdf, supp
Movie 1: Ice sphere (L) vs Metal sphere (R) at 22 C
Movie 2: Coloured ice spheres: (L) Re = 5.0 E4, (R) Re = 1.5 E5
Movie 3: Ice sphere (L) and Metal sphere (R) at 6 C
Highlights:
Editors' Suggestion and Physics Focus   (pdf)
Dr Len Fisher's Mini Stories from Science
New Scientist  (pdf)
Gizmodo  (pdf)
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221 R. Manica, E. Klaseboer, D. Y. C. Chan
A force balance model for bubble rise, impact and bounce from solid surfaces
Langmuir 31, 6763-6772 (2015). pdf
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220 J. D. Berry, M. J. Neeson, R. R. Dagastine, D. Y. C. Chan, R. F. Tabor
Measurement of surface and interfacial tension using pendant drop tensiometry
Journal of Colloid Interface Science [Feature Article] 454, 226-237 (2015). pdf, OpenDrop software (free download)
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219 Q. Sun, E. Klaseboer, B. C. Khoo, D. Y. C. Chan
Boundary regularized integral equation formulation of Stokes flow
Physics of Fluids 27, 023102 [1-19] (2015) pdf
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218 Q. Sun, E. Klaseboer, B. C. Khoo, D. Y. C. Chan
Boundary regularised integral equation formulation of the Helmholtz equation in acoustics
Royal Society Open Science 2, 140520-140529 (2015). pdf
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217 C. Shi, X. Cui, L. Xie, Q. Liu, D. Y.C. Chan, J. N. Israelachvili, H. Zeng
Measuring Forces and Spatiotemporal Evolution of Thin Water Films between an Air Bubble and Solid Surfaces of Different Hydrophobicity
ACS Nano 9, 95-104, (2015). pdf, supp, perspective
[Show/Hide Abstract]

216 M. Shahalami, L. Wang, C. Wu, J. H. Masliyah, Z. Xu, D. Y. C. Chan
Measurement and modeling on hydrodynamic forces and deformations of an air bubble approaching a solid sphere in aqueous solutions with the integrated thin film drainage apparatus (ITFDA)
Advances in Colloid and Interface Science 217, 31-42 (2015). pdf
Movie 1: 1 mM KCl (1 mPs s, 33 µm/s, Re = 0.05)
Movie 2: Ethanol (1 mPs s, 33 µm/s, Re = 0.05)
Movie 3: Silicone oil (55 mPs s, 33 µm/s, Re = 0.0001)
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-- 2014 --

215 M. J. Neeson, D. Y. C. Chan, R. F. Tabor
Compound pendant drop tensiometry for surface tension measurement at zero Bond number
Langmuir 30, 15388-15391 (2014). pdf, supp
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214 E. Klaseboer, R. Manica, D. Y. C. Chan
Universal behavior of the initial stage of drop impact
Physical Review Letters 113, 194501 [1-4] (2014). pdf, supp
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213 C. Shi, D. Y. C. Chan, Q. Liu, H. Zeng
Probing Hydrophobic Interaction between Air Bubble and Partially Hydrophobic Surfaces Using Atomic Force Microscopy
Journal of Physical Chemistry C 118, 25000-25008 (2014). pdf, supp
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212 M. J. Neeson, R. R. Dagastine, D. Y. C. Chan, R. F. Tabor
Evaporation of a capillary bridge between a particle and a surface
Soft Matter 10, 8489-8499 (2014). pdf | supp
Movie 1: Silica-Water-PTFE
Movie 2: Silica-Water-Gold
Movie 3: Polystyrene-Water-Polystyrene
Movie 4: Silica-Water-PMMA
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211 E. Klaseboer, R. Manica, M. H. W. Hendrix, C.-D. Ohl, D. Y. C. Chan
A force balance model for the motion, impact and bounce of bubbles
Physics of Fluids 26, 092101 [1-12] (2014). pdf
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210 R. F. Tabor, F.Grieser, R. R. Dagastine, D. Y. C. Chan
The hydrophobic force: measurements and methods
Physical Chemistry Chemical Physics (Perspective) 16, 18065-18075 (2014). pdf
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209 E. Q. Li, I. U. Vakarelski, D. Y. C. Chan, S. T. Thoroddsen
Stabilization of Thin Liquid Films by Repulsive van der Waals Force
Langmuir 30, 5162-5169 (2014). pdf | supp
Video 1: (Left) Air-PFH-TD, (Right) Air-TD-PFH
Video 2: (Left) Air-PFH-Water, (Right) Air-TD-Water
Video 3: (Left) Air-Water-TD, (Right) Air-Water-PFH
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208 R. Manica, M. H. W. Hendrix, R. Gupta, E. Klaseboer, C.-D. Ohl, D. Y. C. Chan
Modelling bubble rise and interaction with a glass surface
Applied Mathematical Modelling 38, 4249-4261 (2014). pdf
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207 I. U. Vakarelski, D. Y. C. Chan, S. T. Thoroddsen
Leidenfrost vapour layer moderation of drag crisis and trajectories of superhydrophobic and hydrophilic spheres falling in water
Soft Matter 10, 5662-5668 (2014). pdf | Front cover
Video: Steel spheres (20 mm) falling in 95C water: Hydrophilic sphere at 95 C (Left), Superhydrophobic sphere at 200 C (Right)
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206 Q. Sun, E. Klaseboer, B. C. Khoo, D. Y. C. Chan
A robust and non-singular formulation of the boundary integral method for the potential problem
Engineering Analysis with Boundary Elements 43, 117-123 (2014). pdf
Wave drag on 2 submerged spheres
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205 C. Wu, D. Y. C. Chan, R. F. Tabor
A simple and accurate method for calculation of the structure factor of interacting charged spheres
Journal of Colloid and Interface Science 426, 80-82 (2014). pdf | supp
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-- 2013 --

204 R. F. Tabor, C. Wu, F. Grieser, R. R. Dagastine, D. Y. C. Chan
Measurement of the hydrophobic force in a soft matter system
Journal of Physical Chemistry Letters 4, 3872-3877 (2013). pdf | supp
1. Interaction energy and disjoining pressure
2. Drop profiles
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203 I. U. Vakarelski, D. Y. C. Chan, J. O. Marston, S. T. Thoroddsen
Dynamic Air Layer on Textured Superhydrophobic Surfaces
Langmuir 29, 11074-11081 (2013). pdf
1. Plastron Growth on Superhydrophobic (Supersaturated 95C)
2. Plastron Recovery on Superhydrophobic (Supersaturated 95C)
3. Bubble Growth on Hydrophobic (Supersaturated 95C)
[Show/Hide Abstract]

202 R. Manica, M. H. W. Hendrix, E. Klaseboer, C.-D. Ohl, D. Y. C. Chan
Effects of hydrodynamic film boundary conditions on bubble-wall impact at high Reynolds number
Soft Matter 9, 9755-9758 (2013). pdf, supp
1. R = 385 um, V = 8.6 cm/s : Immobile
2. R = 400 um, V = 9.2 cm/s : Mobile
3. R = 630 um, V = 13.5 cm/s : Immobile
4. R = 625 um, V = 13.4 cm/s : Mobile
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201 C. Wu, H. S. Leese, D. Mattia, R. R. Dagastine, D. Y. C. Chan, R. F. Tabor
A study of fluid and transport properties of porous anodic aluminium membranes by dynamic atomic force microscopy
Langmuir 29, 8969-8977 (2013). pdf
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200 R. F. Tabor, C. Wu, F. Grieser, D. Y. C. Chan, R. R. Dagastine
Non-linear and cyclical collisions between drops and bubbles: using AFM to understand droplet interactions in micro-scale flows
Soft Matter 9, 2426-2433 (2013). pdf
1. Sinusoidal drive
2. Acclerating drive
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199 Q. Sun, E. Klaseboer, B. C. Khoo, D. Y. C. Chan
Stokesian dynamics of pill-shaped Janus particles with stick and slip boundary conditions
Physical Review E 87, 043009:1-5 (2013). pdf
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198 X. Zhang, D. Y. C. Chan, D. Wang, N. Maeda
Stability of Interfacial Nanobubbles
Langmuir 29, 1017-1023 (2013). pdf
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197 D. Wang, L. Pevzner, C. Li, K. Peneva, C. Y. Li, D. Y. C. Chan, K Muellen, M. Mezger, K. Koynov, H.-J. Butt
Layer with reduced viscosity at water-oil interfaces probed by fluorescence correlation spectroscopy
Physical Review E 87, 012403:1-7 (2013). pdf
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196 R. F. Tabor, C. Wu, F. Grieser, D. Y. C. Chan, R. R. Dagastine
Non-linear and cyclical collisions between drops and bubbles: Using AFM to understand droplet interactions in micro-scale flows
Soft Matter 9, 2426-2433 (2013). pdf | Approach displacement movie | Retraction speed movie
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-- 2012 --

195 M. J. Neeson, R. F. Tabor, F. Grieser, R. R. Dagastine, D. Y. C. Chan
Compound sessile drops
Soft Matter 8, 11042-11050 (2012). pdf | supp | front cover
Drop evaporation movie - Hydrophilic substrate
Drop evaporation movie - Semi-Hydrophobic substrate
Drop evaporation movie - Hydrophobic substrate
[Show/Hide Abstract]

194 I. U. Vakarelski, N. A. Patankar, J. O. Marston, D. Y. C. Chan, S. T. Thoroddsen
Stabilization of Leidenfrost Vapour Layer by Textured Superhydrophobic Surfaces
Nature 489, 274-277 (2012). pdf | supp | draft | comments
1. Cooling in 22C water - Hydrophilic (700C)
2. Cooling in 22C water - Hydrophobic (400C)
3. Cooling in 22C water - Superhydrophobic (400C)
4. Cooling in 100C water - Hydrophilic (700C) and Superhydrophobic (400C)
5. In 100C water held at 100C, 107C, 200C - Superhydrophobic
General coverage:
Nature Newstream  New Scientist  The Conversation
ABC Science  Gizmag  C&E News  Nature Materials  
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193 S. Cui, R. Manica, R. F. Tabor, D. Y. C. Chan
Interpreting atomic force microscopy measurements with a non-linear parametric estimation
Review of Scientific Instruments 83, 103702 (2012). pdf
[Show/Hide Abstract]

192 M. H. W. Hendrix, R. Manica, E. Klaseboer, D. Y. C. Chan, C.-D. Ohl
Spatiotemporal evolution of thin liquid films during impact of water bubbles on glass on a micrometer to nanometer scale
Physical Review Letters 108, 247803 (2012). pdf | supp | Movie
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191 R. Manica, E. Klaseboer, D. Y. C. Chan
Modelo e Simulacao Numerica de Interacoes Envolvendo Bolhas e Gotas
Tendencias em Matematica Aplicada e Computacional 13, 121-132 (2012). pdf
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190 O. Manor, T. Chau, G. W. Stevens, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Polymeric stabilized emulsions: steric effects and deformation in soft systems
Langmuir 28, 4599-4604 (2012). pdf
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189 H. Lockie, R. Manica, R. F. Tabor, G. W. Stevens, F. Grieser, D. Y. C. Chan, R. R. Dagastine
Anomalous Pull-Off Forces Between Surfactant Free Emulsion Drops in Different Aqueous Electrolytes
Langmuir 28, 4259-4266 (2012). pdf
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188 R. F. Tabor, F. Grieser, R. R. Dagastine, D. Y. C. Chan
Measurement and analysis of forces in bubble and droplet systems using AFM
Journal of Colloid and Interface Science [Cover Feature Article] 371, 1-14 (2012). pdf
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187 E. Klaseboer, Q. Sun, D. Y. C. Chan
Non-singular boundary integral methods for fluid mechanics applications
Journal of Fluid Mechanics 696, 468-478 (2012). pdf
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-- 2011 --

186 C. Browne, R. F. Tabor, D. Y. C. Chan, R. R. Dagastine, M. Ashokkumar, F. Grieser
Bubble Coalescence during Acoustic Cavitation in Aqueous Electrolyte Solutions
Langmuir 27, 12025-12032 (2011). pdf
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185 R. F. Tabor, H. Lockie, D. Y. C. Chan, F. Grieser, I. Grillo, K. J. Mutch, R. R. Dagastine
Structural forces in soft matter systems: unique flocculation pathways between deformable droplets
Soft Matter 7, 11334-11344 (2011). pdf
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184 R. F. Tabor, C. Wu, H. Lockie, R. Manica, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Homo- and hetero-interactions between air bubbles and oil droplets measured by atomic force microscopy
Soft Matter 7, 8977-8983 (2011). pdf
[Show/Hide Abstract]

183 I. U. Vakarelski, J. O. Marston, D. Y. C. Chan, S. T. Thoroddsen
Drag Reduction by Leidenfrost Vapor Layers
Physical Review Letters 106, 214501 (2011). pdf | supp
1. Cooling from above Leidenfrost temperature
2. Falling spheres: Cold vs Warm vs Leidenfrost
3. Rising spheres: Leidenfrost vs Cold
4. Leidenfrost overtakes
* Selected as Editor's Suggestion for the issue.
* Highlighted in Nature Physics.
* Highlighted in Nature Middle East.
[Show/Hide Abstract]

182 R. F. Tabor, H. Lockie, D. Mair, R. Manica, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Combined AFM-Confocal Microscopy of Oil Droplets: Absolute Separations and Forces in Nano-Films
J Phys Chem Lett 2, 961-965 (2011). pdf | supp
[Show/Hide Abstract]

181 R. F. Tabor, A. J. Morfa, F. Grieser, D. Y. C. Chan, R. R. Dagastine
The effect of gold oxide in measurements of colloidal force
Langmuir 27, 6062-6030 (2011). pdf
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180 R. F. Tabor, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Structural forces in soft matter systems
J Phys Chem Lett 2, 434-437 (2011). pdf | supp
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179 H. Lockie, R. Manica, G. W. Stevens, F. Grieser, D. Y. C. Chan, R. R. Dagastine
Precision AFM measurements of dynamic interactions between deformable drops in aqueous surfactant and surfactant-free solutions
Langmuir 27, 2676-2685 (2011). pdf
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178 R. F. Tabor, R. Manica, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Repulsive Van der Waals forces in soft matter: why bubbles don't stick
Physical Review Letters 106, 064501 (2011). pdf
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177 R. F. Tabor, D. Y. C. Chan, F. Grieser, R. R. Dagastine
Anomalous stability of carbon dioxide in pH-controlled bubble coalescence
Angewandte Chemie Int Ed 50, 3454-3456 (2011). pdf
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176 D. Y. C. Chan, E. Klaseboer, R. Manica
Theory of non-equilibrium force measurements involving deformable drops and bubbles
Advances in Colloid and Interface Science 165, 70 (2011). pdf
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