A kinetics-based universal model for single bubble growth and departure in nucleate pool boiling

Keyphrases

• Boiling Dynamics 33%
• Boiling Heat Transfer 33%
• Bubble Coalescence 33%
• Bubble Departure 100%
• Bubble Dynamics 33%
• Bubble Growth 33%
• Bubble Interaction 33%
• Bubble Level 33%
• Drag Coefficient 33%
• Energy Balance 33%
• Force Balance 33%
• Gravity Level 33%
• High Pressure 33%
• Increased Pressure 33%
• Jakob number 33%
• Kinetic Theory 33%
• Knudsen Layer 33%
• Layer Condition 33%
• Liquefied Gas 33%
• Low Superheat 33%
• Micro-macro Approach 33%
• Microlayer 33%
• Near-critical Pressure 33%
• Nucleate Boiling 100%
• Pressure Dependence 33%
• Single Bubble Growth 100%
• Submillimeter 33%
• Thermal Aspects 33%
• Universal Model 100%

Engineering

• Boiling Heat Transfer 50%
• Bubble Coalescence 50%
• Bubble Growth 100%
• Centimeter 50%
• Critical Pressure 50%
• Drag Coefficient 50%
• Energy Engineering 50%
• Force Balance 50%
• Good Prediction 50%
• Jakob Number 50%
• Knudsen Layer 50%
• Liquefied Gas 50%
• Single Bubble 100%

Chemical Engineering

• Bubble Coalescence 100%
• Energy Balance 100%