中低密度高熵合金之合金設計與其微奈米尺度潛變機制研究(3/3)

Chemical Compounds

1. Alloy 83%
2. Cast Alloys 69%
3. Strain 46%
4. Yield Point 42%
5. Body-Centered Cubic Crystal System 41%
6. Grain Size 32%
7. Microstructure 30%
8. Tensile Strength 25%
9. Vacuum Arc 22%
10. Casting 17%
11. Ductility 17%
12. Plastic Property 17%
13. Melting 17%
14. Drop 17%
15. Hot Rolling 15%
16. Cold Rolling 15%
17. Cubic Space Group 12%
18. Simulation 9%
19. Ambient Reaction Temperature 8%
20. Nanoparticle 7%
21. Crystalline Texture 7%
22. Electron Backscatter Diffraction 7%
23. Size Distribution 6%
24. Homogenization 5%

Engineering & Materials Science

1. Entropy 100%
2. Mechanical properties 57%
3. Thermomechanical treatment 40%
4. Plasticity 35%
5. Yield stress 34%
6. Crystals 29%
7. Microstructure 25%
8. Tensile strength 18%
9. Strain rate 18%
10. Plastic deformation 15%
11. Melting 12%
12. Cold rolling 11%
13. Hot rolling 11%
14. Casting 11%
15. Ingots 11%
16. Open source software 11%
17. Computer simulation 10%
18. Tensile testing 9%
19. X ray diffraction 9%
20. Hardening 9%
21. Nanoparticles 8%
22. Textures 7%
23. Vacuum 7%
24. Ductility 7%
25. Electron diffraction 6%
26. Heterojunctions 6%
27. Metals 6%
28. Mechanical testing 5%