International Fine Particles Research Institute

2008- 2009 Research Program

Type Area Project Research Associate Institution Renewal Completion
Full Project Characterization Surface chemistry at high ionic strength V. Craig Australian Nat'l U. 2009 2012
3-dimensional shape characterization E. Pirard U. Liege 2008 2011
Size Reduction Breakage/milling of organic particles Y. Ding U. Leeds -2010
Formation Model-based control of granulation2 F. Doyle U.C. Santa Barbara - 2010
Powder structure control F. Stepanek Imperial College London 2010 2013
Dry Systems Cohesive powder flow G. Tardos City College of New York 2008 2010
Dynamics and rheology of cohesive and deformable granular materials R. Behringer Duke University 2010 2013
Wet Systems Microstructure in gelling systems 1 M. Solomon
E. Furst
U. Michigan
U. Delaware
2010 2013
Reviews Characterization On-line Internal Structure measurement tbd   - 2008

1 includes a collaboration grant

2007- 2008 Research Program

Type Area Project Research Associate Institution Renewal Completion
Full Project Characterization Surface chemistry at high ionic strength V. Craig Australian Nat'l U. 2009 2012
3-dimensional shape characterization E. Pirard U. Liege 2008 2011
Size Reduction Breakage/milling of organic particles Y. Ding U. Leeds -2010
Agglomeration & breakage in nano media milling W. Peukert U. Erlangen-Nuremberg - 2008
Formation Microstructure evolution in paste extrusion E. Windhab ETH - 2008
Model-based control of granulation 2 F. Doyle U.C. Santa Barbara - 2010
Powder structure control F. Stepanek Imperial College London 2010 2013
Dry Systems Cohesive powder flow G. Tardos City College of New York 2008 2010
Dynamics and rheology of cohesive and deformable granular materials R. Behringer Duke University - 2013
Wet Systems Microstructure in gelling systems 1 M. Solomon
E. Furst
U. Michigan
U. Delaware
2010 2013
Reviews Characterization Dry agglomerate & aggregate strength tbd   - 2008
Dry Systems Electrostatic charging and discharging in powder processes tbd   - 2008
Wet Systems Solid-liquid separation of nanoparticles/removal of oversize tbd   - 2008

1 includes a collaboration grant