Matthew Jones

Material Science

1. Polylactide 100%
2. Polymerization 51%
3. Carbon Nanotube 50%
4. Zirconium 42%
5. Ring Opening Polymerization 41%
6. Polyester 37%
7. Nanoparticle 35%
8. Carbon Dioxide 30%
9. Film 29%
10. Catalysis 24%
11. Polyethylene Terephthalate 24%
12. Nuclear Magnetic Resonance Spectroscopy 21%
13. Surface (Surface Science) 17%
14. Titanium 16%
15. Hydrogenation 15%
16. Polycarbonate 14%
17. Aluminum 14%
18. Dye-Sensitized Solar Cell 14%
19. Oxide Compound 14%
20. Lignin 14%
21. Fuel Additive 14%
22. Chemical Vapor Deposition 12%
23. Tin 12%
24. Catalyst Support 12%
25. Thermal Property 11%
26. Catalyst Activity 11%
27. X-Ray Crystallography 10%
28. Surface Active Agent 9%
29. Molecular Structure 8%
30. Chemical Degradation 8%
31. Hafnium 7%
32. Carbon Nanotube Synthesis 7%
33. Bismuth 7%
34. Metal-Organic Framework 7%
35. Silsesquioxane 7%
36. Niobium 7%
37. Osteoblast 7%
38. Thin Films 7%
39. Graphene 7%
40. Nanohybrid 7%
41. Amorphous Carbon 7%
42. Metal Oxide 7%
43. Copolymerization 7%
44. Surface Charge 7%
45. Polymer Degradation 7%
46. Copolymer 7%
47. Organocatalysis 7%
48. Graphene Oxide 7%
49. Palladium 6%
50. Single Crystal X-Ray Diffraction 5%