| Many-Body Hydrodynamic Interactions in Charge-Stabilized Suspensions (2006) | |||||||||||
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| PRL PHYSICAL REVIEW LETTERS week ending APRIL Many Body Hydrodynamic Interactions Charge Stabilized Suspensions Adolfo Banchio Jacek Gapinski Adam Patkowski Wolfgang Hau ler Andrei Fluerasu Stefano Sacanna Peter Holmqvist Gerhard Meier Paul Lettinga and Gerhard Nagele Facultad Matematica Astronom sica Universidad Nacional Cordoba Ciudad Universitaria Cordoba Argentina Institute Physics Mickiewicz University Poznan Poland FRM Technische Universitat Munchen Garching Germany European Synchrotron Radiation Facility Grenoble France Van Hoff Laboratory Utrecht University Utrecht The Netherlands Institut fur Festkorperforschung Forschungszentrum Julich Julich Germany Received October published April this joint experimental theoretical work study hydrodynamic interaction effects dense suspensions charged colloidal spheres Using ray photon correlation spectroscopy have determined the hydrodynamic function for varying range electrosteric repulsion show that can quantitatively described means novel Stokesian dynamics simulation method for charged Brownian spheres and modi cation many body theory developed originally Beenakker and Mazur Very importantly can explain the behavior for strongly correlated particles without resorting the controversial concept hydrodynamic screening was attempted earlier work Riese Phys Rev Lett DOI PhysRevLett PACS numbers Mj Suspensions colloidal particles undergoing Brownian motion low molecular weight solvent are ubiquitous chemical industry biology food s | |||||||||||
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