Influence of Gas Composition and Exposure Cycle on the Formation of Surface and Subsurface Oxides in Iron-Aluminum-Based Alloys at High Temperatures

Engineering & Materials Science

• Internal corrosion 100%
• Heating rate 78%
• Water vapor 78%
• Iron 63%
• Oxides 60%
• Aluminum 54%
• Transformation Induced Plasticity steel 49%
• Iron alloys 48%
• Chemical analysis 45%
• Nitrides 42%
• Gases 40%
• Formability 37%
• Aluminum alloys 30%
• Porosity 30%
• Thermodynamics 30%
• Temperature 28%

Physics & Astronomy

• gas composition 85%
• iron 50%
• aluminum 48%
• water vapor 47%
• cycles 47%
• heating 44%
• oxides 43%
• corrosion 42%
• iron alloys 27%
• aluminum alloys 21%
• nitrides 21%
• steels 17%
• porosity 17%
• atmospheres 16%
• thermodynamics 15%
• predictions 12%

Chemical Compounds

• Water Vapor 66%
• Corrosion 50%
• Alloy 49%
• Porosity 40%
• Slab Like Crystal 39%
• Oxide 38%
• Gas 37%
• Nitride 34%
• Surface 22%
• Thermodynamics 21%
• Reduction 16%