Cell model of nonisothermal gas absorption in gas-liquid bubbly media

Physics & Astronomy

• cells 35%
• liquids 35%
• gases 33%
• mass transfer 29%
• heat transfer 25%
• bubbles 25%
• dissolved gases 22%
• gas temperature 17%
• temperature distribution 13%
• vapor phases 13%
• boundary conditions 11%
• heat 10%
• coefficients 8%
• approximation 8%
• interactions 6%

Engineering & Materials Science

• Gas absorption 100%
• Liquids 44%
• Gases 37%
• Mass transfer 23%
• Periodic structures 17%
• Heat transfer 17%
• Hot Temperature 12%
• Temperature distribution 10%
• Boundary conditions 10%

Chemical Compounds

• Heat Transfer 35%
• Gas 34%
• Bubble 34%
• Mass Transfer 27%
• Liquid 17%
• Heat 12%
• Diffusion 10%
• Purity 8%
• Time 5%