Control of nanoscale precipitation and elimination of intermediate-temperature embrittlement in multicomponent high-entropy alloys

Keyphrases

• High-entropy Alloy 100%
• Nanoprecipitation 100%
• Intermediate Temperature Embrittlement 100%
• Multicomponent High-entropy Alloy 100%
• Grain Boundary 60%
• High Temperature Applications 40%
• Coherent Precipitates 40%
• Coarsening Kinetics 40%
• Microstructure 20%
• Tensile Strength 20%
• Activation Energy 20%
• Heterostructure 20%
• Temperature Range 20%
• High Density 20%
• Phase Stability 20%
• TiAl 20%
• Thermally Stable 20%
• Phase Transformation Mechanism 20%
• Fe-Cr 20%
• Ni-Co 20%
• Ni-based Superalloy 20%
• Phase Coarsening 20%
• Precipitation Mechanism 20%
• Co-based Superalloys 20%
• Chemical Heterogeneity 20%
• Heterogeneous Precipitation 20%
• Heusler Phases 20%
• Boundary Stabilization 20%
• L12 Structure 20%
• L12 Phase 20%
• Stability Kinetics 20%
• Elemental Diffusion 20%
• L12 Precipitates 20%
• Duplex Aging 20%
• Lifshitz 20%
• Wagner Model 20%
• Metastable Phase Formation 20%
• Interfacial Design 20%
• CoFe 20%
• Grain Interior 20%
• Ageing Strategies 20%

Material Science

• Embrittlement 100%
• High Entropy Alloys 100%
• Grain Boundary 50%
• Coarsening 50%
• Heterojunction 16%
• Superalloys 16%
• Ultimate Tensile Strength 16%
• Density 16%
• Activation Energy 16%