Interactions Between Parallel Unevenly Heated Minichannels During Flow Boiling of R134A

Keyphrases

• Pressure Drop 100%
• R134a 100%
• Flow Boiling 100%
• Heated Channel 100%
• Oscillation 50%
• Evaporation Rate 50%
• Strong Interaction 50%
• Statistical Analysis 50%
• Flow Condition 50%
• High-speed Flow 50%
• High Heat Flux 50%
• Parallel Channels 50%
• High Resistance 50%
• Channel Interaction 50%
• Annular Flow 50%
• Heat Flux 50%
• Incoming Flow 50%
• Cross-correlation Analysis 50%
• Free Flow 50%
• Flow Disturbance 50%
• Transient Pressure 50%
• Total Flow 50%
• Individual Channel 50%
• Heat Flux Condition 50%
• Low Mass Flux 50%
• Instability Flow 50%
• Flow Formation 50%
• Flux Differencing 50%
• Reversed Flow 50%
• Cross-channel Interaction 50%
• Parallel Mini-channels 50%
• Two-phase Pressure Drop 50%
• Non-uniform Heat Flux 50%
• Pressure Drop Distribution 50%
• Local Pressure Drop 50%
• Flow Rate Fluctuation 50%

Engineering

• Minichannels 100%
• Flow Rate 100%
• Pressure Drop 80%
• Heat Flux 60%
• Transients 20%
• Data Point 20%
• Evaporation Rate 20%
• Strong Interaction 20%
• Flow Condition 20%
• Test Section 20%
• Parallel Channel 20%
• Annular Flow 20%
• Local Pressure 20%
• Free Flow 20%
• Low Mass Flux 20%
• Individual Channel 20%
• Phase Pressure Drop 20%

Chemical Engineering

• Heat Flux 100%
• Mass Transfer 33%