A structural study of oxidation in a zirconia-toughened alumina fiber-reinforced Fe₃Al composite

Physics & Astronomy

• zirconium oxides 86%
• aluminum oxides 68%
• oxidation 61%
• composite materials 51%
• fibers 47%
• fiber-matrix interfaces 38%
• matrices 30%
• vacuum 17%
• habits 17%
• annealing 16%
• air 16%
• disintegration 16%
• rejection 14%
• metals 14%
• carbides 13%
• dissolving 12%
• intermetallics 12%
• casts 12%
• depletion 12%
• precipitates 12%
• grain boundaries 10%
• cooling 9%
• transmission electron microscopy 9%
• scanning electron microscopy 9%
• oxygen 8%
• interactions 5%

Engineering & Materials Science

• Zirconia 100%
• Alumina 83%
• Oxidation 74%
• Fibers 57%
• Composite materials 48%
• Liquid metals 23%
• Annealing 20%
• Vacuum 18%
• Casting 18%
• Chemical stability 14%
• Disintegration 14%
• Light transmission 13%
• Air 11%
• Dissolution 11%
• Intermetallics 11%
• Precipitates 10%
• Transmission electron microscopy 10%
• Carbides 10%
• Aluminum oxide 10%
• Oxygen 8%
• Scanning electron microscopy 8%
• Scanning 8%
• Cooling 7%

Chemical Compounds

• Fiber 54%
• Composite Material 42%
• Oxidation Reaction 37%
• Casting 21%
• Vacuum 19%
• Annealing 18%
• Pressure 13%
• Grain Boundary 12%
• Chemical Stability 11%
• Metal 10%
• Dissolution 8%
• Transmission Electron Microscopy 7%
• Diffusion 7%
• Scanning Electron Microscopy 7%
• Dioxygen 5%
• Mixture 5%