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The Effervescent Atomization of Highly Viscous, Non-Newtonian, Multiphase Fluids

Particle Breakage with High Velocity Air Jets

Bubble and Elutriation Control in Fluidized Beds with Electric Fields

Preparation of Well Dispersed systems: The Role of Oxide Bridging in Agglomerate Formation

Tensile Strength Development in Compacted Powders

Structure and Rheology of Concentrated Colloidal Dispersions

Role of Short Range Forces in the Precipitation of Uniform Particles

Optical Rheometry of Suspensions

Turbulent Gas-Particle Flow in Risers

Particle Size Standard Materials (Transparent and black)

Scale-up Procedures and Test Methods in Solid/LiquidSeparation

Precipitation of Uniform Sub-micron Particles

Fundamental Studies of Particle Growth and Structure During Powder Synthesis

The Rate and the Limit Particle Size of Ultrafine Grinding of Hard Materials in Liquid

Suspension Rheology Project

Dynamics and Rheology of Hopper Flow: Two and Three Dimensions, Effects of Particle Shape and Cohesion

Attrition of Particle Solids

Interparticle Forces in Fine Particle Fluidization

The Effervescent Atomization of High Viscosity, Non-Newtonian Multiphase Fluids

The Discharge of Fine Powders from Conical Hoppers