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Basics of Refrigeration Fundamentals for Biginners
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of1 88REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED.
IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of2 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
1. Thermodynamics
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of3 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
2. Heat and Work
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of4 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
2. Heat and Work
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of5 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of6 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
a. Temperature
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of7 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
b. Pressure
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of8 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
b. Pressure
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of9 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
c. Density and Specific Volume
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of10 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
d. Specific Heat
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of11 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
e. Enthalpy
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of12 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
a. Temperature
b. Pressure
c. Density andSpecific Volume
d. Specific Heat
e. Enthalpy
f. Entropy
4. Liquid-VaporProperties of PureSubstances
5. P-V-T BechaviorofLow and Moderate-Density Gases
6. ThermodynamicProcesses
3. Thermodynamic Properties
f. Entropy
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of13 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of13 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of13 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of14 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of15 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of15 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of15 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of16 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of17 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of18 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
a. Pressure
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of19 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
b. Phase Diagrams
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of20 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
b. Phase Diagrams
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of21 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
a. Pressure
b. Phase Diagrams
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
4. Liquid-Vapor Properties of Pure Substances
b. Phase Diagrams
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of22 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
10. Direct ExpansionSystems and ChilledWater Systems
5. PVT Behavior of Lowand Moderate-DensityGases
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of23 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of24 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of25 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
a. Steady-State Steady-Flow Process
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of26 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
a. Steady-State Steady-Flow Process
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of27 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
b. Heat Exchangers
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of28 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
b. Heat Exchangers
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of29 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
b. Heat Exchangers
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of30 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
c. Expansion Valve
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of31 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
a. Steady-StateSteady-Flow Process
b. Heat Exchangers
c. Expansion Valve
d. Compression
7. Heat Transfer
8. Refrigeration Cycles
6. Thermodynamic Processes
d. Compression
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of32 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
a. Conduction
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of33 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
a. Conduction
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of34 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
b. Convection
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of35 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
b. Convection
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of36 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
b. Convection
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of37 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
c. Radiation
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of38 88
1. Thermodynamics
2. Heat and Work
3. ThermodynamicProperties
4. Liquid-VaporProperties of PureSubstances
5. P-V-T Bechavior ofLow and Moderate-Density Gases
6. ThermodynamicProcesses
7. Heat Transfer
a. Conduction
b. Convection
c. Radiation
8. Refrigeration Cycles
9. Multi-PressureRefrigeration Systems
7. Heat Transfer
c. Radiation
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of39 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of40 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of41 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of42 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
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RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of43 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of44 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
a. Carnot Ref. Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of45 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
b. Modifications on the Carnot Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of46 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
b. Modifications on the Carnot Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of47 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
b. Modifications on the Carnot Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of48 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
c. Standard Vapor Compression Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of49 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
c. Standard Vapor Compression Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of50 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
c. Standard Vapor Compression Cycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of51 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
d. Performance of Std.Vapor CompressionCycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of52 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
d. Performance of Std.Vapor CompressionCycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
RefrigerationFundamentals
REF 101 Refrigeration Fundamentals
Page: of53 88
5. P-V-T Behavior ofLowand Moderate-DensityGases
6. ThermodynamicProcesses
7. Heat Transfer
8. Refrigeration Cycles
a. Carnot Ref. Cycle
b. Modifications onthe Carnot Cycle
c. Standard VaporCompression Cycle
d. Performance of theStandard VaporCompression Cycle
e. Subcooling andSuperheating
f. Liquid-VaporRegenerative HeatExchanger
9. Multi-PressureRefrigeration Systems
8. Refrigeration Cycles
d. Performance of Std.Vapor CompressionCycle
REPRODUCTION PARTIALY OR IMPARTIALY NOT ALLOWED. IF YOU WANT, YOU CAN REQUEST.
