Étude expérimentale de la condensation intratubulaire de R450A à faible GWP à l'aide d'un capteur de température distribué à fibre optique

Keyphrases

• Global Warming Potential 100%
• Refrigerant 100%
• In-tube Condensation 100%
• Distributed Optical Fiber Temperature Sensor 100%
• Heat Transfer Coefficient 50%
• Condensation 50%
• R134a 50%
• Distributed Temperature Sensor 25%
• Condenser 25%
• Temperature Data 25%
• Pressure Drop 25%
• Mass Flux 25%
• Annulus 25%
• High Spatial Resolution 25%
• Measurement Techniques 25%
• In-tube 25%
• Cooling Water 25%
• Working Fluid 25%
• Heat Exchanger 25%
• Saturation Condition 25%
• Frictional Pressure Drop 25%
• Distributed Optical Fiber 25%
• Horizontal Tube 25%
• Fiber Sensor 25%
• Non-flammable 25%
• Maximum Deviation 25%
• Zeotropic Mixture 25%
• Axial Temperature Profile 25%
• 2,3,3,3-Tetrafluoroprop-1-ene (R1234yf) 25%

Engineering

• Optical Fiber 100%
• Thermal Sensor 100%
• Experimental Investigation 100%
• Global Warming Potential 100%
• Condensation 100%
• Heat Transfer Coefficient 66%
• Pressure Drop Value 66%
• Condenser 33%
• Temperature Data 33%
• Spatial Resolution 33%
• Test Section 33%
• Good Agreement 33%
• Cooling Water 33%
• Tubes (Components) 33%
• Frictional Pressure Drop 33%
• Temperature Profile 33%
• Mass Transport 33%
• Horizontal Tube 33%
• Measured Pressure Drop 33%
• Fiber-Optic Measurement Techniques 33%
• Refrigerant Condensation 33%