Characterization of oxide layers grown on D9 austenitic stainless steel in lead bismuth eutectic

Engineering & Materials Science

• Bismuth 100%
• Eutectics 78%
• Austenitic stainless steel 70%
• Lead 69%
• Oxides 64%
• Corrosion 28%
• Steel 21%
• Magnetic force microscopy 17%
• Coolants 17%
• Oxidation 16%
• Stainless steel 16%
• Wavelength dispersive spectroscopy 16%
• Neutron sources 13%
• Atomic force microscopy 11%
• Crystal microstructure 11%
• Fast reactors 11%
• Nanoindentation 11%
• Neutrons 10%
• Melting point 9%
• Evaporation 9%
• Containers 8%
• Thermal conductivity 8%
• Oxygen 7%
• Radiation 7%
• Scanning electron microscopy 7%

Physics & Astronomy

• austenitic stainless steels 86%
• bismuth 73%
• eutectics 72%
• oxides 46%
• characterization 41%
• corrosion 33%
• steels 27%
• coolants 21%
• stainless steels 16%
• oxidation 13%
• magnetic force microscopy 11%
• spallation 10%
• containers 9%
• neutron sources 9%
• nanoindentation 9%
• reactivity 9%
• melting points 8%
• thermal conductivity 7%
• atomic force microscopy 7%
• evaporation 7%
• reactors 7%
• neutrons 6%
• scanning electron microscopy 6%
• oxygen 5%
• radiation 5%
• spectroscopy 4%
• wavelengths 4%
• performance 4%

Chemistry

• Eutectics 76%
• Oxide 40%
• Corrosion 26%
• Coolant 24%
• Neutron 19%
• Environment 15%
• Wavelength Dispersive Spectroscopy 15%
• Magnetic Force Microscopy 15%
• Thermal Conductivity 8%
• Evaporation 8%
• Melting Point 7%
• Atomic Force Microscopy 7%
• Scanning Electron Microscopy 5%
• Dioxygen 4%
• Oxidation Reaction 4%
• Reaction Yield 3%
• Application 2%