Corrosion Enhancement for FGM Coolant Pipes Subjected to High-Temperature and Hydrostatic Pressure

Engineering & Materials Science

• Bismuth 100%
• Hydrostatic pressure 90%
• Functionally graded materials 88%
• Eutectics 78%
• Coolants 70%
• Lead 69%
• Pipe 56%
• Corrosion 56%
• Silicon 46%
• Solid solutions 33%
• Coatings 33%
• Temperature 29%
• Corrosion resistance 27%
• Corrosion resistant coatings 21%
• Liquids 19%
• Oxide films 18%
• Composite materials 17%
• Nuclear power plants 13%
• Stress concentration 12%
• Fatigue of materials 10%

Physics & Astronomy

• coolants 84%
• hydrostatic pressure 75%
• bismuth 73%
• eutectics 72%
• corrosion 67%
• augmentation 45%
• coatings 40%
• silicon 32%
• corrosion resistance 30%
• solid solutions 24%
• high temperature environments 21%
• composite materials 18%
• nuclear power plants 18%
• margins 16%
• liquids 15%
• high strength 15%
• safety 14%
• stress distribution 13%
• oxide films 13%
• engineering 11%

Chemical Compounds

• Coolant 99%
• Eutectics 76%
• Corrosion 53%
• Pressure 43%
• Solid Solution 24%
• Nuclear Power Plant 21%
• Environment 16%
• Liquid 16%
• Composite Material 14%
• Corrosion Resistance 13%
• Safety 12%
• Alloy 10%
• Strength 9%
• Surface 9%
• Resistance 9%
• Oxide 8%
• Liquid Film 7%