The role of the diffuse interface of implanted surface layers in preventing gas corrosion - Implantation of N₂⁺ and C⁺ in uranium

Keyphrases

• Surface Layer 100%
• Uranium 100%
• Diffuse Interface 100%
• Modified Surface Layer 100%
• Gas Corrosion 100%
• Carbides 66%
• Discontinuous Interface 66%
• Nitrides 66%
• Hydrogen Attack 66%
• Passivation 33%
• Hydrides 33%
• Hydride Precipitation 33%
• Oxidation Rate 33%
• Mechanical Stability 33%
• Density-dependent Growth 33%
• Oxidation Products 33%
• Ion Implantation 33%
• Oxidation Zone 33%
• Surface Analysis 33%
• Low Growth Rate 33%
• Closest Match 33%
• Hydrogenation 33%
• Air Oxidation 33%
• Nucleation Density 33%
• Nucleation Site 33%
• Corrosion 33%
• Preferential Pathway 33%
• Metal Substrate 33%
• Misfit 33%
• Metal Matrix 33%
• Protection against Oxidation 33%
• Carbide Inclusions 33%
• C-ion 33%
• Corrosion Attack 33%
• Hydride nucleation 33%
• Mechanical Adhesion 33%
• Absolute Protection 33%
• Preferential Oxidation 33%
• Protection Capability 33%

Engineering

• Surface Layer 100%
• Modified Surface 75%
• Nitride 50%
• Passivation 25%
• Initial Stage 25%
• Defects 25%
• Observables 25%
• Nucleation Site 25%
• Mechanical Stability 25%
• Hydrogenation 25%
• Oxidation Rate 25%
• Ion Implantation 25%
• Low Growth Rate 25%
• Mechanical Adhesion 25%
• Oxidation Zone 25%
• Preferential Oxidation 25%
• Surface Analysis Method 25%

Material Science

• Oxidation Reaction 100%
• Corrosion 100%
• Uranium 100%
• Hydride 50%
• Carbide 50%
• Density 33%
• Nucleation 33%
• Nitride Compound 33%
• Hydrogenation 16%
• Mechanical Stability 16%
• Surface Analysis 16%
• Ion Implantation 16%