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Materials
Workshops For The Power Industry |
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Course
Outline |
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Module
1. |
Introduction |
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Module
2. |
Fundamentals Of Corrosion |
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Module
3. |
Effect Of Alloying Elements On The Properties And Characteristics Of
Nickel–Base Alloys And Stainless Steels For The Power Industry |
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Module
4. |
Nickel–Containing Alloys In Service Water Systems |
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Module
5. |
Applications In Seawater Systems, Pumps And Valves |
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Module
6. |
Corrosion Of Surface Condensers |
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Module
7. |
Alloy 400 For Use In High Pressure Feedwater Heaters |
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Module
8. |
Factors Affecting The Life Of Stainless Steel And Nickel–Base Alloy
Expansion Joints In Steam Service |
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Module
9. |
The Application Of Nickel–Containing Alloys In Air Pollution Control
Systems |
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Module
10. |
Welding Of Scrubber Materials |
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Module
11. |
Guidelines For The Welded Fabrication Of Nickel–Containing
Stainless Steels For Corrosion Resistant Services |
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Module
12. |
Pay Attention To Dissimilar–Metal Welds – Guidelines For
Welding Dissimilar Metals |
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Module
13. |
Corrosion
Behavior Of Alloy 690 In Nuclear Environments |
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Module
14. |
Effects Of Carbides On Alloys 600 And 690 |
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