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• Thermal and nuclear power stations
• Steam turbine and combined-cycle plants
• The turbines of thermal and nuclear power plants
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Bachelor program: 13.03.01 Heat and power system Qualification of the graduate: Bachelor Cours: The turbines of thermal and nuclear power plants Annotation: The course "The turbines of thermal and nuclear power plants," discusses the characteristics of the turbine equipment, operating parameters and indicators of thermal efficiency, method of calculating the turbines.
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Bachelor program: 13.03.01 Heat and power system
Qualification of the graduate: Bachelor
Cours: Thermal and nuclear power stations
Annotation: The course "Thermal and nuclear power plants" considers the technology of thermal and electric energy in thermal power plants of various types, characteristics of the equipment, operating parameters and indicators of the thermal efficiency of thermal power plants, method of calculating the thermal scheme, the basic directions of increase of efficiency of power plants on fossil and nuclear fuels. Particular attention is paid to ways to improve the thermal efficiency at thermal power stations and nuclear power plants.
Bachelor program: 13.03.01 Heat and power system
Qualification of the graduate: Bachelor
Cours: The turbines of thermal and nuclear power plants
Annotation: The course "The turbines of thermal and nuclear power plants," discusses the characteristics of the turbine equipment, operating parameters and indicators of thermal efficiency, method of calculating the turbines.
Bachelor program: 13.03.01 Heat and power system
Qualification of the graduate: Bachelor
Cours: Centralized power production technology
Annotation: The course "Centralized power production technology" considers the technology of thermal and electric energy in thermal power plants of various types, characteristics of the equipment, operating parameters and indicators of the thermal efficiency of thermal power plants, method of calculating the thermal scheme, the basic directions of increase of efficiency of power plants on fossil and nuclear fuels. Particular attention is paid to ways to improve the thermal efficiency at thermal power stations and nuclear power
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The purpose of studying the discipline is to acquire the skills of making basic decisions in determining the structure and parameters of a power plant, their thermal scheme and the choice of basic and auxiliary equipment.
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