Experimental study on flow boiling heat transfer and pressure drop of refrigerant R-32 in a horizontal tube

Keyphrases

• Pressure Drop 100%
• Heat Pressure 100%
• Refrigerant 100%
• Flow Boiling Heat Transfer 100%
• R-32 100%
• Horizontal Tube 100%
• Global Warming Potential 33%
• R410A 33%
• Water Flow 16%
• Heat Transfer 16%
• Heat Transfer Coefficient 16%
• Transfer Pressure 16%
• Vapor Quality 16%
• Mass Flux 16%
• Air Conditioner 16%
• Side Flow 16%
• Blasius 16%
• Global Warming Effect 16%
• Pressure Drop Characteristics 16%
• Modified Wilson Plot 16%
• Flow Boiling Heat Transfer Coefficient 16%
• Low Global Warming Potential 16%
• Single-phase Heat Transfer 16%
• Tube Diameter 16%
• Double pipe Heat Exchanger 16%
• Friction Factor 16%
• Heat Transfer Factor 16%
• Tube Side 16%
• Inner Tube 16%
• Ozone Depletion Potential 16%
• Shell Side 16%
• Heat Friction 16%
• Saturation Temperature 16%

Engineering

• Pressure Drop 100%
• Global Warming Potential 100%
• Boiling Heat Transfer 100%
• Horizontal Tube 100%
• Experimental Result 33%
• Test Result 33%
• Global Warming 33%
• Heat Transfer Coefficient 33%
• Test Section 33%
• Air Conditioner 33%
• Shell Side 33%
• Saturation Temperature 33%
• Ozone Depletion Potential 33%
• Boiling Heat Transfer Coefficient 33%
• Heat Transfer Factor 33%
• Diameter Tube 33%
• Pipe Heat Exchanger 33%
• Mass Transfer 33%
• Friction Factor 33%

Chemical Engineering

• Heat Transfer Coefficient 100%
• Mass Transfer 50%