Development in modeling submicron particle formation in two phases flow of solvent-supercritical antisolvent emulsion

Keyphrases

• Analytical Theory 14%
• Anti-solvent Process 14%
• Basic Law 14%
• Colloid Science 14%
• Complete Description 14%
• Droplet Dimension 28%
• Droplet Formation 14%
• Droplet nucleation 42%
• Droplet Shrinkage 14%
• Droplet Size 14%
• Emulsion 100%
• Equilibrium Concentration 14%
• Exponential Increase 14%
• Fine Particles 14%
• High Surface Tension 14%
• Industrial Application 14%
• Interface Science 14%
• Long Residence Times 14%
• Mass Transfer 28%
• Microcrystal Growth 14%
• Microdroplet 14%
• Micron-sized 14%
• Molecular Volume 14%
• Nanoparticle Production 42%
• Nucleation Growth 14%
• Nucleation Time 14%
• Nucleus Formation 14%
• One-particle 14%
• Organic Solvents 14%
• Partial Dissolution 14%
• Particle Dimensions 14%
• Particle Formation 100%
• Particle Production 28%
• Particle Size 14%
• Phase Equilibria 14%
• Quasi-equilibrium 14%
• SAS Process 14%
• Solute 100%
• Solute Concentration 14%
• Solute Properties 14%
• Submicron Particles 100%
• Supercritical Antisolvent 100%
• Supercritical CO2 (SCO2) 14%
• Supercritical Solvent 14%
• Supersaturation 57%
• Transfer Phase 14%
• Transfer Time 14%
• Turbulent Coagulation 14%
• Two-phase Flow 100%

Engineering

• Colloid 25%
• Complete Description 25%
• Complex Process 25%
• Critical Point 25%
• Droplet Size 25%
• Flow Rate 25%
• Hydrodynamics 25%
• Industrial Applications 25%
• Interrelationship 25%
• Nanoparticle 75%
• Solute Concentration 50%
• Solute Particle 25%
• Supersaturation 100%
• Tension Surface 25%
• Two-Phase Flow 100%

Chemical Engineering

• Colloid 33%
• Microcrystals 33%
• Nanoparticle 100%