Heat and mass transfer model of a packed-bed reactor for solar thermochemical CO₂ capture

Engineering & Materials Science

• Calcination 100%
• Packed beds 94%
• Mass transfer 69%
• Carbonation 63%
• Calcium oxide 59%
• Heat transfer 52%
• Pressure drop 46%
• Ray tracing 30%
• Gases 29%
• Solar radiation 27%
• Thermal gradients 26%
• Porous materials 25%
• Flow of gases 25%
• Carbon dioxide 24%
• Momentum 23%
• Dynamic analysis 23%
• Flow of fluids 23%
• Temperature distribution 21%

Physics & Astronomy

• beds 74%
• mass transfer 70%
• heat transfer 60%
• reactors 59%
• cavities 47%
• roasting 37%
• pressure drop 24%
• heliostats 17%
• reactor design 14%
• computational fluid dynamics 12%
• calcium oxides 12%
• solar energy 12%
• solar radiation 12%
• heat transmission 12%
• leaves 11%
• carbon dioxide 11%
• gases 11%
• ray tracing 11%
• particulates 11%
• fluid flow 10%
• gas flow 10%
• temperature gradients 9%
• temperature distribution 9%
• apertures 8%
• momentum 7%
• cycles 7%
• conduction 7%
• energy 3%