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Basics Refrigeration Fundamentals

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Basics of Refrigeration Fundamentals for Biginners

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REF 101 Refrigeration Fundamentals Refrigeration Fundamentals REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 1 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 2 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 3 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 4 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 5 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a.a. Temperature Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 6 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 7 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 8 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c.c. Density and Density and Specific Volume Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 9 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d.d. Specific Heat Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 10 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 11 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f.f.Entropy Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 12 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 14 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 16 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 17 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 18 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 19 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 20 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 21 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. PVT Behavior of of 5. P-V-T Behavior Low Low and Moderate-Density and Moderate-Density Gases Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 22 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 23 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 24 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a.a. Steady-State Steady- Steady-State Flow Process Process Steady-Flow b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 25 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a.a. Steady-State Steady- Steady-State Flow Process Process Steady-Flow b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 26 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b.b. Heat Exchangers Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 27 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b.b. Heat Exchangers Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 28 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b.b. Heat Exchangers Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 29 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c.c. Expansion Valve Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 30 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 31 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction a. Conduction b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 32 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction a. Conduction b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 33 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 34 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 35 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 36 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection c. Radiation c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 37 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection c. Radiation c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 38 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 39 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 40 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 41 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 42 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 43 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 44 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 45 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 46 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 47 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 48 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 49 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 50 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 51 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 52 of 88 IF YOU WANT, YOU CAN REQUEST.
REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 53 of 88 IF YOU WANT, YOU CAN REQUEST.

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Basics Refrigeration Fundamentals

  • 1. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 1 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 2. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 2 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 3. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 3 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 4. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 4 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 5. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 5 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 6. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a.a. Temperature Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 6 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 7. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 7 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 8. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 8 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 9. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c.c. Density and Density and Specific Volume Specific Volume d. Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 9 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 10. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d.d. Specific Heat Specific Heat e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 10 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 11. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy e. Enthalpy f. Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 11 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 12. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic 3. Thermodynamic Properties Properties a. Temperature b. Pressure c. Density and Specific Volume d. Specific Heat e. Enthalpy f.f.Entropy Entropy 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 12 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 13. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 14. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 15. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 13 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 16. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 14 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 17. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 18. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 19. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 15 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 20. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 16 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 21. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 17 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 22. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure a. Pressure b. Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 18 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 23. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 19 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 24. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 20 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 25. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor 4. Liquid-Vapor Properties of of Pure Properties Pure Substances Substances a. Pressure b.b. Phase Diagrams Phase Diagrams 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 21 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 26. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. PVT Behavior of of 5. P-V-T Behavior Low Low and Moderate-Density and Moderate-Density Gases Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems 10. Direct Expansion Systems and Chilled Water Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 22 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 27. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 23 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 28. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 24 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 29. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a.a. Steady-State Steady- Steady-State Flow Process Process Steady-Flow b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 25 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 30. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a.a. Steady-State Steady- Steady-State Flow Process Process Steady-Flow b. Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 26 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 31. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b.b. Heat Exchangers Heat Exchangers c. Expansion Valve d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 27 of 88 IF YOU WANT, YOU CAN REQUEST.
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  • 35. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic 6. Thermodynamic Processes Processes a. Steady-State Steady-Flow Process b. Heat Exchangers c. Expansion Valve d. Compression d. Compression 7. Heat Transfer 8. Refrigeration Cycles REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 31 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 36. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction a. Conduction b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 32 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 37. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction a. Conduction b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 33 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 38. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 34 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 39. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 35 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 40. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection b. Convection c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 36 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 41. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection c. Radiation c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 37 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 42. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 1. Thermodynamics 2. Heat and Work 3. Thermodynamic Properties 4. Liquid-Vapor Properties of Pure Substances 5. P-V-T Bechavior of Low and Moderate- Density Gases 6. Thermodynamic Processes 7. Heat Transfer 7. Heat Transfer a. Conduction b. Convection c. Radiation c. Radiation 8. Refrigeration Cycles 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 38 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 43. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 39 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 44. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 40 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 45. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 41 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 46. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 42 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 47. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 43 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 48. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a.a. Carnot Ref. Cycle Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 44 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 49. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 45 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 50. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 46 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 51. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b.b. Modifications on Modifications on the Carnot Cycle the Carnot Cycle c. Standard Vapor Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 47 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 52. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 48 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 53. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 49 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 54. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c.c. Standard Vapor Standard Vapor Compression Cycle Compression Cycle d. Performance of the Standard Vapor Compression Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 50 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 55. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 51 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 56. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 52 of 88 IF YOU WANT, YOU CAN REQUEST.
  • 57. REF 101 Refrigeration Fundamentals Refrigeration Fundamentals 5. P-V-T Behavior of Low and Moderate-Density Gases 6. Thermodynamic Processes 7. Heat Transfer 8. Refrigeration Cycles 8. Refrigeration Cycles a. Carnot Ref. Cycle b. Modifications on the Carnot Cycle c. Standard Vapor Compression Cycle d.d. Performance of Std. Performance of the Vapor Compression Standard Vapor Compression Cycle Cycle e. Subcooling and Superheating f. Liquid-Vapor Regenerative Heat Exchanger 9. Multi-Pressure Refrigeration Systems REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. Page: 53 of 88 IF YOU WANT, YOU CAN REQUEST.