Acoustic Modification of Crystallization and Dislocation Dynamics in Energy Materials to Reduce Carbon-Intensity

Physics & Astronomy

1. crystallization 100%
2. carbon 86%
3. acoustics 75%
4. nucleation 61%
5. manufacturing 51%
6. perovskites 40%
7. energy 38%
8. halides 36%
9. high voltages 35%
10. defects 30%
11. crystals 29%
12. ultrasonic processing 27%
13. cavitation flow 26%
14. solid state 20%
15. welding 14%
16. figure of merit 13%
17. crystal growth 12%
18. seeds 12%
19. chemistry 11%
20. conductors 11%
21. recovery 11%
22. gels 10%
23. metals 10%
24. energy technology 9%
25. softness 8%
26. metallurgy 8%
27. healing 7%
28. thrust 7%
29. progressions 7%
30. supersaturation 7%
31. electricity 7%
32. learning 7%
33. durability 7%
34. silicon 7%
35. chirality 7%
36. thin films 7%
37. electric batteries 7%
38. crystal lattices 6%
39. metallic glasses 6%
40. chalcogenides 6%
41. ductility 6%
42. stoichiometry 6%
43. point defects 6%
44. ions 6%
45. proposals 6%
46. solidification 6%
47. shear stress 6%
48. baths 6%
49. emerging 6%
50. manipulators 6%
51. synchrotrons 5%
52. industries 5%
53. diamonds 5%
54. light emitting diodes 5%
55. substitutes 5%
56. cracks 5%
57. bubbles 5%
58. grain size 5%
59. solar cells 5%