TAILIEUCHUNG - Ebook Handbook of air conditioning and refrigeration: Part 2

(BQ) Part 2 book "Handbook of air conditioning and refrigeration" has contents: Sound control; air conditioning systems - System classification, selection, and individual systems; commissioning and maintenance; improving indoor air quality,.and other contents. | 39445 Wang (MCGHP) Ch_14 SECOND PASS bzm 6/12/00 pg __RH CHAPTER 14 TX REFRIGERATION SYSTEMS: ABSORPTION ABSORPTION SYSTEMS Type of Absorption System Historical Development Cost Analysis Applications PROPERTIES OF AQUEOUS LITHIUM-BROMIDE SOLUTION Mass Balance in Solution Vapor Pressure Equilibrium Chart Enthalpy-Concentration Diagram DOUBLE-EFFECT, DIRECT-FIRED ABSORPTION CHILLERS System Description Air Purge Unit Series Flow, Parallel Flow, and Reverse Parallel Flow Flow of Solution and Refrigerant PERFORMANCE OF DOUBLE-EFFECT, DIRECT-FIRED ABSORPTION CHILLER Mass Flow Rate of Refrigerant and Solution Thermal Analysis Coefficient of Performance ABSORPTION CHILLER CONTROLS Capacity Control and Part-Load Operation Crystallization and Controls Cooling Water Temperature Control Safety and Interlocking Controls Monitoring and Diagnostics OPERATING CHARACTERISTICS AND DESIGN CONSIDERATIONS Difference between Absorption and Centrifugal Chillers Evaporating Temperature Cooling Water Entering Temperature Heat Removed from Absorber and Condenser Condensing Temperature Corrosion Control Rated Condition of Absorption Chiller Minimum Performance ABSORPTION CHILLERHEATERS Heating Cycle Actual Performance ABSORPTION HEAT PUMPS Functions of Absorption Heat Pump Case Study: Series-Connected Absorption Heat Pump ABSORPTION HEAT TRANSFORMER System Description Operating Characteristics Coefficient of Performance REFERENCES ABSORPTION SYSTEMS Type of Absorption System Absorption systems use heat energy to produce refrigeration or heating and sometimes to elevate the temperature of the waste heat. Aqueous lithium bromide (LiBr) is often used to absorb the refrigerant, .

• Năng lượng
• Air conditioning
• Moisture transfer through building envelope
• Sound control
• Air conditioning systems
• System classification
• Individual systems
• Improving indoor air quality
• Air conditioning and refrigeration
• Comfort air conditioning
• Commercial air conditioning systems
• Various types of air conditioners
• Automotive control systems
• Air conditioning and climate control systems
• Air conditioning fundamentals
• Air conditioning components
• Air conditioning electrical
• Electronic control
• Refrigeration tools
• Development of refrigeration
• Working with water cooling problems
• Advancement of solar air conditioning system through PCM storage
• Solar air conditioning system through PCM storage
• Solar air conditioning system
• Utilizing the renewable energy
• The Total Heat outputs
• Ebook Refrigeration and Air Conditioning
• Food refrigeration
• Refrigerated transport
• Air and water vapour mixtures
• Practical air treatment cycles
• Handbook of air conditioning
• Constant volume systems
• Commissioning and maintenance
• new technologies
• Standard A C
• dew point
• humidity control
• SHR line
• refrigeration
• environmental control
• fans and ducts
• pumps and piping
• and air conditioning units
• noise control
• energy crisis
• refrigeration components
• The refrigeration cycle
• Oil in refrigerant circuits
• Cooling towers
• Expansion valves
• Conditioning analysis
• Moist air properties
• Heat transmission
• Building structures
• Indoor environmental quality
• Piping design
• Building air distribution
• Direct contact heat
• Extended surface heat exchangers
• Energy management
• Control systems
• Load calculations
• Water systems
• Refrigeration and air conditioning technology
• Air conditioning technology
• Getting started
• Data types
• Conditional statements
• Other data structures
• Handbook of heating ventilation
• Heating ventilation
• Handbook air conditioning
• Building sector
• Economic aspects building
• HVAC equipment
• HVAC design calculations
• Operation and maintenance
• Minimum ventilation
• Energy management and global warming
• Liquid desiccant air conditioning
• Liquid desiccant solution regeneration
• Liquid desiccant solution recovery
• Membrane process
• Air humidity and temperature
• technologies
• minimal energy consumption
• EAC technologies
• chemical refrigerants
• excellent cooling
• Physico chemical
• The mechanical properties
• Interlaminar
• Interlaminar fracture toughness
• Heating ventilating and air conditioning
• Hệ thống sưởi
• Điều hòa không khí
• Điều hòa nhiệt độ
• Hệ thống thông gió
• Outdoor design conditions
• Refrigeration cycles
• Refrigeration systems
• Tạp chí Khoa học và Công nghệ
• Plan of urban development
• Civil architecture
• Public architecture
• Integrated architecture
• Air conditioning system