Nanoparticles

Session 159 - Modeling and Scaleup of Nanoparticle Processes
We invite papers to be submitted to this session which address the topics of modeling across the length scales from molecular to processing equipment dimensions. Experimental demonstrations of scaleup phenomena, particularly when used to validate, substantiate or develop modeling or scaling theory or laws, will also be welcomed. Reports of successful scaleup to an industrial application level, making use of modeling results, are of particular interest. Papers may be concerned with critical components of nanoscale processes e.g. reaction, mixing, separation, and recovery.
Chair: M. Silvina Tomassone
CoChair: Roger Place
  Forces Between Functionalized Silica Nanoparticles
Ahmed E. Ismail, J. Matthew D. Lane, Michael E. Chandross, Kelly Anderson, Chris Lorenz, Gary S. Grest
  Molecular Modeling of Particle Nucleation In Emulsion Droplets: Towards An Improved Understanding of Nanoparticle Production Processes
Andreas Voigt, Michael Fricke, K. Sundmacher
  Computational Modeling of Silicon Nanoparticle Synthesis In a Laser-Driven Reactor
Hongyi Dang, Mark T. Swihart
  Scale-up of a Nanoparticle Size-Selective Fractionation Process Using CO2-Expanded Liquids
Steven R. Saunders, Christopher Roberts
  Kinetic Study and Modeling of Metal Particle Formation
Roberto Irizarry, Madeline Leon, Miguel Castro
  Efficient Optimization of Particulate Systems Described by Monte Carlo Method: Determination of Nucleation Parameters from Kinetic Data
Roberto Irizarry
  Large Scale Synthesis of Luminescent Rare-Earth Doped Oxide Nanoparticles
Yuanbing Mao, Jane P. Chang

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