Mesoscale Phenomena in Fluid Systems
Section 1: Characterizing Mesoscale Structure and Phenomena in Fluid Systems |
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| Dr. Ulf Nobbmann |
Protein Solutions |
Characterization down to nonmeters: Light
scattering from proteins and micelles |
Web
Site |
| Professor Paschalis Alexandridis | School of Engineering and Applied Science, State University of New York at Buffalo | Small-angle scattering characterization of block copolymer micelles and lyotropic liquid crystals | Web Site |
| Professor Mark L. Schlossman |
University of Illinois at Chicago |
X-ray scattering studies of long-chain
n-alcohol
monolayers at the water-hexane interface |
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| Dr. Jeffery Penfold | Rutherford Appleton Laboratories, UK | The structure and composition of mixed surfactants at interfaces and in solution | Web Site |
| Professor G. H. Findenegg |
Technical University Berlin |
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| Professor Talmon | Department of Chemical Engineering Technion-Israel Institute of Technology | Cryo-TEM study of self-aggregation of
sodium lithocholate single-molecular walled nanotubules Coauthors: Judith Schmidt, and Pierre Terech |
Web Site
Complex Fluids, Microstructure and Macromolecules Lab Homepage |
| Professor Guangzhao Mao |
Max-Planck-Institute for Colloid and
Interface
Science |
Characterizing mesoscale structure using
AFM |
Web Site |
| Dr. Eugene Pashkovski | Colgate Palmolive | Aging phenomena in colloidal systems: Rheology, microrheology, and thermodynamics | . |
| Professor Peter Schurtenberger Coauthors: Hugo Bissig, Ronny Vavrin, Anna Stradner, Frank Scheffold, Veronique Trappe and Luca Cipelletti (University of Montpellier) |
Department of Physics, University of Fribourg, Switzerland | Aggregation, gelation and aging in
colloidal suspensions - time-resolved light and neutron scattering
experiments. |
Web Site |
| Professor Peter Stilbs | Physical Chemistry, Royal Institute of Technology (KTH), Stockholm, Sweden | Characterizing mesoscale structure and phenomena in fluids using NMR | Web Site |
| Dr. Richard C. Bell |
EMSL, Pacific Northwest National Lab |
Web
Site |
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| Professor Mark A. Berg |
University of South Carolina |
Web Site |
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Section 2: Predicting Mesoscale Structure and Phenomena in Fluid Systems |
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| Dr. Simon McGrother, Dr. Gerhard
Goldbeck-Wood |
Accelrys Inc. |
Mesoscale modeling: industrial applications | Accelrys
Mesoscale Modeling Web Site |
| Dr. André G Moreira & Professor
Glenn
H. Fredrickson |
Mitsubishi Chemical Center for Advanced
Materials, University of California, Santa Barbara |
Field theory in the computer: complex
fluids |
Web Site |
| Dr Agur Sevink & Professor Hans
Fraaije |
Institute of Chemistry, University of
Leiden
(NL) |
Simulation and theory of macromolecular
self
assembly dynamics |
Web Site |
| Professor Peter Coveney | Department of Chemistry, Queen Mary, University of London (UK) | Modeling structure and rheological systems
in mesoscale fluid systems |
Web Site |
| Dr. Massimo Noro & Dr. Patrick Warren |
Unilever Research |
Application of the dissipative particle
dynamics
simulation method to materials physics problems in polymer and
surfactant
science |
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| Professor James T. Kindt |
Emory University |
Monte Carlo simulation and theory of
self-assembled
networks |
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| Dr Stelian Grigoras |
Dow Corning |
Mesoscale modeling of siloxane-based
nanoparticles and nanocomposites |
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| Professor Nagarajan |
Department of Chemical Engineering, Penn
State University |
How well can a simple molecular theory
predict self-assembled microstructures in multicomponent systems
involving
surfactants, oil, water, alcohol and electrolytes? |
Web Site
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| Bin Lin, S. Mohanty, Alon McCormick, H. T.
Davis |
Department of Chemical Engineering and
Materials
Science, University of Minnesota |
Complementary use of simulations and free
energy
models for CTAB/NaSal Systems |
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| Professor Tom McLeish Coauthors: Amalia Aggelli, Peter Mawer, Mark Bell, Tom Waigh, Neville Boden |
Polymers and Complex Fluids, Department of Physics and
Astronomy,
University of Leeds, UK |
Self-Assembled Peptide Tapes: Theory and Experiment on
Self-Assembly,
Kinetics and Rheology. |
. Web Site |
Section 3: Applications, How and Why We Design Materials With Mesoscale Structure |
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| Dr. Patrick T. Spicer |
Complex Fluids Research The Procter and Gamble Company |
The design and applications of “soft”
cubic liquid
crystalline nanostructured particles |
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| Dr. J. Keith Harris |
The Dow Chemical Company |
Formation and applications of
multi-lamellar vesicles
from ethylene oxide/ butylene oxide di-block copolymers |
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| Dr. Guy Broze & Fiona Case |
Colgate Palmolive |
The effect of micellar structure on
rheology
and performance of superwetting cleaners |
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| Dr. Ingegard Johansson | Akzo Nobel Surface Chemistry AB | Emulsions or microemulsions? Phase diagrams and their importance for optimal formulations |
Akzo Nobel Web Site |
| Dr. Christina Thomas, Dr. Greg Caldwell, Dr. Sanat Mohanty and Dr. Miriam Freedman | 3M | The Importance of Mesoscale
Structures in the Development of Advanced Materials. |
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