Particle Production and Characterization |
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| Session 27 - Dynamics and Modeling of Particles, Crystals and Agglomerate Formation | |||
| This session is concerned not only with the kinetics of the processes that are involved in particle formation but also with demonstrations of state of the art tools that allow modeling of 'real' industrially relevant particle systems. Papers presenting either theoretical or experimental data on nucleation and particle growth rates, collision and fragmentation kernels, as well as sintering, coalescence or Ostwald ripening phenomena would all be welcome in this session. On the modelling front the focus will be on papers that show how particle systems with developing distributions of multiple variables can be efficiently modelled. This could include for example distributions in size, morphology (crystal habit, agglomerate structure), composition or any other features that influence the particles ultimate properties. Techniques for influencing and controlling these variable properties will also be of interest. The session will embrace both gas and liquid phase formation processes. | |||
| Chair: | Jan Sefcik | ||
| CoChair: | Roger Place | ||
| 27a | Characterization of Crystal Size and Shape Michel Kempkes, Jan Eggers, Thomas Vetter, Marco Mazzotti |
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| 27b | Modeling the Manipulation of Crystal Morphology Distributions Christian Borchert, Nandkishor Nere, Andreas Voigt, Kai Sundmacher, Doraiswami Ramkrishna |
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| 27c | Parameter Estimation of Preferential Crystallization Using a Detailed Mathematical Model Yoshiaki Kawajiri, Ivan Angelov, Grzegorz Ziomek, Martin Peter Elsner, Andreas Seidel-Morgenstern |
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| 27d | Dynamic Modelling of Particle-Droplet Collisions M.J. van der Hoeven, Tony Howes, James D. Litster, W.J. Wildeboer, G.M.H. Meesters, I.T. Cameron |
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| 27e | Shear-Rate Dependence of the Initial Cluster Aggregation Kinetics of Polystyrene Latices Under Turbulent Conditions in Stirred Tank Lyonel Ehrl, Miroslav Soos, Massimo Morbidelli |
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| 27f | Shear Induced Aggregation Rate of Colloidal Nanoparticles and Clusters In the Presence of Repulsive Interactions Marco Lattuada, Massimo Morbidelli |
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