Influence of the solute nature on the tensile behaviour and on the microstructure of γ-phases of nickel based superalloys

Física y astronomía

• heat resistant alloys 97%
• solutes 84%
• nickel 75%
• microstructure 55%
• piles 46%
• precipitates 37%
• antiphase boundaries 20%
• transmission electron microscopy 16%
• temperature 15%
• slip 14%
• rhenium 10%
• vanes 10%
• single crystals 10%
• ruthenium 10%
• turbine blades 10%
• gas turbines 10%
• tensile properties 9%
• refractories 9%
• tensile tests 8%
• dissolving 7%
• energy 7%
• alloying 7%
• tungsten 7%
• solid solutions 7%
• shear 5%
• mechanical properties 5%
• temperature dependence 5%
• propagation 5%
• matrices 4%

Ingeniería y ciencia de los materiales

• Superalloys 100%
• Nickel 87%
• Microstructure 63%
• Precipitates 44%
• Piles 40%
• Temperature 37%
• Transmission electron microscopy 26%
• Single crystals 19%
• Yield stress 15%
• Rhenium 13%
• Ruthenium 12%
• Alloying elements 9%
• Solid solutions 9%
• Refractory materials 9%
• Tungsten 9%
• Plastic flow 9%
• Dissolution 9%
• Tensile properties 8%
• Turbomachine blades 8%
• Volume fraction 7%
• Gas turbines 7%
• Aging of materials 6%
• Mechanical properties 5%

Química

• Solute 77%
• Alloy 65%
• Microstructure 63%
• Short-Range Order 33%
• Antiphase Boundary 28%
• Yield Point 19%
• Anderson Localization 14%
• Single Crystalline Solid 12%
• Energy 12%
• Superalloys 11%
• Face-Centered Cubic Crystal System 9%
• Refractory 8%
• Alloying 8%
• Tungsten 7%
• Shear 7%
• Solid Solution 7%
• Dissolution 6%
• Flow 5%
• Volume 4%
• Application 2%