Multi-scale analysis of the influence of physicochemical parameters on the hydrodynamic and gas–liquid mass transfer in gas/liquid/solid reactors

INIS

• liquids 100%
• gases 100%
• solids 100%
• mass transfer 100%
• reactors 100%
• hydrodynamics 100%
• bubbles 60%
• packing 40%
• filters 30%
• velocity 30%
• size 20%
• solutions 20%
• salts 20%
• industry 20%
• oxygen 20%
• height 20%
• fixed beds 20%
• data 10%
• variations 10%
• comparative evaluations 10%
• particles 10%
• ph value 10%
• concentration 10%
• configuration 10%
• water 10%
• efficiency 10%
• thickness 10%
• speed 10%
• porous materials 10%
• air 10%
• porosity 10%
• width 10%
• cameras 10%
• increasing 10%
• dyes 10%
• pressure drop 10%
• sugar 10%
• additives 10%
• meteors 10%
• physics 10%
• chemical properties 10%
• diffusers 10%
• pmma 10%
• slip velocity 10%

Engineering

• Liquid Gas 100%
• Multiscale 100%
• Scale Analysis 100%
• Hydrodynamics 100%
• Liquid Phase 57%
• Biofilter 42%
• Bubble Size 28%
• Superficial Gas Velocity 28%
• Global Scale 28%
• Porosity 14%
• Fixed Bed 14%
• Principal Parameter 14%
• Fixed Bed Reactor 14%
• Speed Camera 14%
• Oxygen Transfer 14%
• Gas Holdup 14%
• Scale Experiment 14%
• Diffusers 14%
• Local Scale 14%
• Slip Velocity 14%
• Acid Solution 14%
• Pressure Drop 14%