伦敦玛丽亚女王大学工程学院

Material Science

1. Phase Field Model 57%
2. Nucleation 53%
3. Coarsening 34%
4. Volume Fraction 24%
5. Aluminum-Lithium Alloys 23%
6. Long-Range Order 19%
7. Alloying 16%
8. Grain Boundary 13%
9. Solid Solution 13%
10. High Entropy Alloys 11%
11. Microelasticity 11%
12. Atomic Structures of Interfaces 10%
13. Intermetallics 9%
14. Ternary Alloy 8%
15. Nanoribbon 8%
16. Aluminum Nitride 8%
17. Superalloys 8%
18. Heat Treatment 7%
19. Crystal Structure 7%
20. Density 7%
21. Nickel-Based Superalloys 7%
22. Morphology 6%
23. Atomic Structure 6%
24. Electronic Property 6%
25. Yield Stress 6%
26. Grain Size 6%
27. Magnetic Property 5%
28. Magnesium Alloys 5%
29. Solidification 5%
30. Chromium Alloys 5%

Engineering

1. Phase Field 100%
2. Field Model 24%
3. Field Method 20%
4. Strain Energy 17%
5. Field Study 16%
6. Elastic Strain 13%
7. Phase Precipitation 12%
8. Al Alloy 12%
9. Electric Field 10%
10. Range Order 10%
11. Simulation Result 8%
12. Low-Temperature 8%
13. Alloy Element 7%
14. Aging Temperature 7%
15. Alloying Element 6%
16. Face-Centered Cubic 6%
17. Microstructure Evolution 6%
18. Temporal Evolution 6%
19. Dynamic Model 5%
20. Kinetic Model 5%
21. Al Content 5%
22. Early Stage 5%