Thermal Engineering of Nuclear Power Stations
portes grátis
Thermal Engineering of Nuclear Power Stations
Balance-of-Plant Systems
Bowman, Seth N.; Bowman, Charles F.
Taylor & Francis Ltd
02/2022
348
Mole
Inglês
9780367502362
15 a 20 dias
453
Descrição não disponível.
Chapter 1 Thermodynamics of Balance-of-Plant Systems Chapter 2 Nuclear Boilers Chapter 3 High-Pressure Turbines Chapter 4 Moisture Separator Reheaters Chapter 5 Low-Pressure Turbines Chapter 6 Main Condensers Chapter 7 Feedwater Heaters Chapter 8 Cycle Isolation and the Mass Balance Chapter 9 Heat Rejection Systems Chapter 10 Cooling Towers Chapter 11 Cooling Lakes Chapter 12 Spray Pond Designs and Testing Chapter 13 Oriented Spray Cooling System Chapter 14 Oriented Spray-Assisted Cooling Tower Chapter 15 Waste Heat Utilization Chapter 16 Heat Exchanger Analysis and Testing Chapter 17 Air-to-Water Heat Exchangers Chapter 18 Plate Heat Exchangers Chapter 19 Testing of Containment and Reactor Building Air Coolers Chapter 20 Nuclear Power Uprate
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MFP.;Nuclear power;CCW;Thermal pollution;TTD.;Plant engineering;Main Condenser;Plant operations;ASME Steam Table;Energy and the environment;LP Turbine;Engineering management;Cooling Towers;thermodynamics;HP Turbine;heat transfer;Turbine Cycle;thermal engineering;Low Pressure Turbine;balance-of-plant systems;Mollier Diagram;nuclear power stations;Fouling Resistance;Extraction Steam;Spray Pond;Feedwater Heaters;Heat Transfer Tests;Spray Tree;Nuclear Boiler;Rankine Cycle;Moisture Separator;Heat Transfer Rate;Natural Draft Cooling Tower;Highest Pressure Feedwater Heater;High Pressure Turbine;Mass Transfer Coefficients
Chapter 1 Thermodynamics of Balance-of-Plant Systems Chapter 2 Nuclear Boilers Chapter 3 High-Pressure Turbines Chapter 4 Moisture Separator Reheaters Chapter 5 Low-Pressure Turbines Chapter 6 Main Condensers Chapter 7 Feedwater Heaters Chapter 8 Cycle Isolation and the Mass Balance Chapter 9 Heat Rejection Systems Chapter 10 Cooling Towers Chapter 11 Cooling Lakes Chapter 12 Spray Pond Designs and Testing Chapter 13 Oriented Spray Cooling System Chapter 14 Oriented Spray-Assisted Cooling Tower Chapter 15 Waste Heat Utilization Chapter 16 Heat Exchanger Analysis and Testing Chapter 17 Air-to-Water Heat Exchangers Chapter 18 Plate Heat Exchangers Chapter 19 Testing of Containment and Reactor Building Air Coolers Chapter 20 Nuclear Power Uprate
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
MFP.;Nuclear power;CCW;Thermal pollution;TTD.;Plant engineering;Main Condenser;Plant operations;ASME Steam Table;Energy and the environment;LP Turbine;Engineering management;Cooling Towers;thermodynamics;HP Turbine;heat transfer;Turbine Cycle;thermal engineering;Low Pressure Turbine;balance-of-plant systems;Mollier Diagram;nuclear power stations;Fouling Resistance;Extraction Steam;Spray Pond;Feedwater Heaters;Heat Transfer Tests;Spray Tree;Nuclear Boiler;Rankine Cycle;Moisture Separator;Heat Transfer Rate;Natural Draft Cooling Tower;Highest Pressure Feedwater Heater;High Pressure Turbine;Mass Transfer Coefficients
