Processing


Description:
This section focuses on particle production and processing at different scales, with emphasizes on a molecular understanding of particle surfaces and interfaces. The experimental work is supported by theoretical approaches and models. Molecular modelling (DFT, MD) as well as continuum approaches (FEM, CFD) and particle-based methods (population balances) are employed.

Sponsor:
Particle Design


Chair:
Mark Jones
Director
Centre for Bulk Solids & Particulate Technologies, The University of Newcastle
University Drive
Callaghan
Email: Mark.Jones@newcastle.edu.au


Papers:
Production of Functionalized Powders Using Effervescent Spray Drying
Socrates Foschini, ETH Zurich; Erich Windhab, ETH Zurich
Control Size Distribution of Hollow Silica Nanoparticles By Molecular Wight of Polyacrylic Acid
Yuki Nakashima, Ceramics Research Laboratory, Nagoya Institute of Technology; Chika Takai, Nagoya Institute of Technology; Hadi R. Khosroshahi, Ceramics Research Laboratory, Nagoya Institute of Technology; Masayoshi Fuji, Nagoya Institute of Technology
Particle Design of Spray Dried Fat Powder - Impact of Lipid Distribution within Particles on Oxidative Stability
Annika Linke, University of Hohenheim; Heike Teichmann, University of Hohenheim; Jochen Weiss, University of Hohenheim; Reinhard Kohlus, University of Hohenheim
Alginate Encapsulation As Drug Targeting Depot System
Jan Tomas, University of Chemistry and Technology; Ondřej Navrátil, University of Chemistry and Technology Prague; Ales Zadrazil, University of Chemistry and Technology; Frantisek Stepanek, University of Chemistry and Technology
An Investigation into the Effect of Process and Operational Parameters on the Spray Coating of Detergent Powders through Contact Spreading in Tumbling Drums
Joshua Green, University of Sheffield; Kate Pitt, University of Sheffield; Norzaida Yusof, University of Sheffield; Andrew Campbell, University of Sheffield; Hossein Ahmadian, Procter and Gamble; Prashant Gupta, Procter and Gamble; Simon Greener, Procter and Gamble; Jinsheng Fu, Procter and Gamble; Clare Martin, Procter and Gamble; Rachel Smith, University of Sheffield
Abstract Submissions Closed
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