Numerical modeling of mass transfer in the supercritical antisolvent process

Physics & Astronomy

• mass transfer 100%
• life (durability) 75%
• swelling 56%
• critical point 49%
• solutes 49%
• trends 41%
• saturation 38%
• supercritical fluids 35%
• temperature dependence 35%
• loci 31%
• toluene 29%
• carbon dioxide 28%
• pressure dependence 27%
• mathematical models 22%
• radii 16%
• profiles 14%

Chemical Compounds

• Mass Transfer 91%
• Organic Solvent 81%
• Solute 60%
• Mixture 48%
• Pressure 42%
• Supercritical Fluid 41%
• Organic Carbon 40%
• Time 39%
• Carbon Dioxide 28%
• Toluene 27%
• Purity 18%

Engineering & Materials Science

• Mass transfer 98%
• Numerical models 89%
• Organic solvents 39%
• Swelling 20%
• Fluxes 14%
• Organic carbon 14%
• Supercritical fluids 12%
• Toluene 11%
• Carbon dioxide 8%
• Temperature 7%
• Mathematical models 6%
• Chemical analysis 5%