Wet-Steam Turbines For Nuclear Power
Contents
- The Nuclear Power Industry
- At The Turn Of The Century
- The Early History Of Nuclear Wet Steam Turbines
- Operating Performances In The Nuclear Power Industry
- Main Types Of Reactors Used For Power Production
- The Nearest Prospects For Wet Steam Turbine Based
- Nuclear Power Plants
- References
- Bibliography
- The Thermal Process In
- Wet Steam Turbines
- Initial, Partition, And End Steam Conditions
- Features Of Wet Steam Flow In The Turbine Steam Path
- Wet Steam Fl Ow In Turbine Blade Rows
- The Influence Of Wetness On Wet Steam Turbine Efficiency
- Experimental Research Of Wet Steam Flow In Turbines
- References
- Bibliography
- Design
- General Design Features Of Wet Steam Turbines
- Wet-Steam Turbines For Nuclear Power Plants
- Influence Of Single Capacity And Rotation Speed On Turbine Design
- Blading, Gland Seals, And Protection Against Erosion Corrosion Wear
- Steam Admission Elements
- Bearings
- Last Stage Blades
Length Of The Last Stage Blades
- Roots, Shrouds, And Snubbers
- Aerodynamics Of Lsbs
- Last Stage Blade Protection Against WDE
- Water Removal From Turbines
- Peripheral Moisture Separation And Removal Between
- The Stage Rows
- Intra Channel Moisture Separation
- Moisture Separating Stages, Or Stage Separators
- External Moisture Separators And Reheaters
- References
- Bibliography
- Operation
- Operating Conditions Of Wet Steam Turbines
- Efficiency Of Wet Steam Turbines And Heat Rate
- Performance Tests
- Some Generic Damages Of Wet Steam Turbines
- And Their Causes
- Stress Corrosion And Corrosion Fatigue Cracking
- Wet-Steam Turbines For Nuclear Power Plants
- Erosion Corrosion Of Turbine Casings
- Damages To Blading
- Protection And Preservation Of Steam/Water Paths
- Using Micro Additives Of Amines Based Surfactant
