Effects of bubble coalescence and breakup on CO₂absorption performance in nanoabsorbents

Engineering & Materials Science

• Alumina 16%
• Bubble columns 24%
• Carbon dioxide 15%
• Coalescence 100%
• Experiments 12%
• Flow of gases 16%
• Flow rate 12%
• High speed cameras 19%
• Liquids 57%
• Mass transfer 30%
• Methanol 35%
• Nanoparticles 51%
• Orifices 55%
• Surface tension 18%

Earth & Environmental Sciences

• aluminum oxide 8%
• bubble 76%
• carbon dioxide 7%
• coalescence 90%
• collision 8%
• eddy 16%
• effect 20%
• entrainment 9%
• experiment 7%
• gas flow 9%
• liquid 28%
• mass transfer 16%
• methanol 19%
• nanoparticle 26%
• parameter 3%
• rate 3%
• simulation 8%
• speed 6%
• surface tension 9%

Chemical Compounds

• Bubble 90%
• Bubble Columns 20%
• Carbon Dioxide 11%
• Coalescence 46%
• Collision 14%
• Flow Kinetics 11%
• Force 9%
• Liquid 38%
• Mass Transfer 23%
• Methanol 8%
• Nanoparticle 14%
• Simulation 18%