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Keyword [R410A]
Result: 1 - 20 | Page: 1 of 2
1. Theoretical And Experimental Study On New Alternative Refrigerants
2. Application Technology Of R410A And R407C For The Air-Conditioner Refrigeration System
3. Heat Transfer And Pressure Drop Characteristics Of R410A-Oil Mixture Flow Boiling In 7mm C-Type Smooth Tube
4. Airside Heat And Mass Transfer Characteristics Of Wavy Fin-And-Tube Heat Exchangers & Refrigerant Distribution Characteristics Of R410A Air-Conditioner
5. Numerical Simulation And Experimental Study On The Frosting/Defrosting Characteristics Of The Heat Pump Using Alternative Refrigerant R410A
6. Simulation And Experimental Research Of Air-source Heat Pump With The Refrigerant R410A
7. Study On Steady Performance Of R410A DC Inverter Room Air-Conditioners
8. R410A Shell And Tube Evaporator Optimization
9. Study On Performance Of PTFE Sealing Materials In 4-Way Reversing Valve Of R410A Air-Condition
10. Heat Transfer And Pressure Drop Characteristics Of R410A-Oil Mixture Flow Condensation Inside 5mm Horizontal Enhanced Tube
11. R410A Rooftop Air-Conditioner Performance Optimization And Reliability Design
12. Analysis Of Performance In Household ASHP Heating
13. Heat Transfer And Pressure Drop Of Refrigerant-oil Mixture Flow Boiling Inside Tubes Filled With Metal Foam
14. Experimental Study On Two-stage Compression Heat Pump System Coupled With Dual-cylinder Rolling Piston Compressor
15. Experimental Investigation On Condensation Heat Transfer Performance Of R410A In Short Vertical Tubes
16. Application Of R32 And R410A In New Wind Unit
17. Experimental Investigation On Condensation Heat Transfer Of R410A During Upward Flow In Vertical Tubes
18. Experimental Investigation On Oil- Refrigerant R410A Mixture Leakage In A Rolling Piston Type Rotary Compressor
19. Optimal Design And Analysis Of Life Cycle Cost On Room Air Conditioners With R410A As Refrigerant
20. Two Phase Heat Transfer And Pressure Drop Characteristics Of Refrigerant-oil Mixture Flow Inside Microchannel Heat Exchanger And Modeling Validation
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