Particle Design: Formation and Processing
Session 202 - Gas-Phase Nanoparticle Synthesis - I
This session focuses on gas phase routes for fine particle synthesis. Reports on the latest advances on nanoparticle manufacture by aerosol processes such as flame, plasma, or evaporation-condensation are particularly welcome. Integrated processes of gas-phase nanoparticle production, manipulation and deposition, for example film coatings, will also be covered. The effect of synthesis conditions on particle size distribution, chemical and crystal phase composition, purity, structure and shape is the emphasis of this session. Ideally, the connection between synthesis conditions, particle characteristics and their functionality in specific applications (e.g., catalytic, electronic and structural) is to be discussed. Discussion on the potential for scale up of the production process and the challenges involved therein is also sought.
CoChair:	Kamal M. Akhtar
Chair:	Karsten Wegner
	202a	Theoretical and Experimental Investigations on Sintering Kinetics of Silica Nanoparticles Hans-Joachim Schmid, Martin J. Kirchhof, Henning Förster, Wolfgang Peukert
	202b	Developing Particle Capabilities for New Applications George Fotou, M. Oljaca, T. Kodas
	202c	Thermal and Crystalline Stability of Silica-Tungsta/Titania Particles Made by Flame Spray Pyrolysis Rainer Jossen, Martin C. Heine, Kamal M. Akhtar, Sotiris E. Pratsinis
	202d	Design of a Laser Assisted Aerosol Reactor for Production of Ceramics on Semi-Industrial Scale Jan W.M. van Erven, Tomek. M. Trzeciak, Zhao Fu, J.C.M. Marijnissen
	202e	Gas-Phase Nanoparticle Production, Handling and Separation by Aerodynamic Effects in Supersonic Expansion Paolo Piseri, Karsten Wegner, Gero Bongiorno, Simone Vinati, Paolo Milani
	202f	Nano-Structured Silica Produced by Evaporation-Induced Self Assembly of Aerosols Raghuraman Pitchumani, Marc-Olivier Coppens, Andreas Schmidt-Ott

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