An efficient approach to separate CO₂ using supersonic flows for carbon capture and storage

Earth and Planetary Sciences

• Approach 33%
• Assumption 33%
• Carbon Capture 33%
• Carbon Dioxide Emission 66%
• Comparative Study 16%
• Condition 16%
• Dynamic Models 33%
• Environment 16%
• Expansion 16%
• Investigation 50%
• Latent Heat 16%
• Mitigation 16%
• Model 16%
• Numerical Model 16%
• Purpose 16%
• Show 16%
• Supersonic Flow 50%
• Supersonics 16%

Engineering

• Carbon Capture 16%
• Characteristics 16%
• Climatic Change 16%
• Comparative Study 16%
• Condensing Flow 33%
• Dry Gas 33%
• Dynamic Model 33%
• Environment 16%
• Flow Model 16%
• Heat Transfer 16%
• Latent Heat 16%
• Liquid Droplet 16%
• Liquid Fraction 33%
• Measurer 16%
• Models 16%
• Numerical Model 16%
• Phase-Change Process 16%
• Static Temperature 16%

Physics

• Alternatives 16%
• Carbon Dioxide 100%
• Computational Fluid Dynamics 33%
• Condensation 50%
• Environment 16%
• Expansion 16%
• Latent Heat 16%
• Mass Transfer 16%
• Model 16%
• Numerical Model 16%
• Supersonics 16%
• Transport Theory 16%