Evolving Nanocarbon Strategies in (bio-) Organic Remits

Agriculture & Biology

1. carbon 100%
2. catalysts 74%
3. Japan 72%
4. chemistry 68%
5. electrochemical capacitors 64%
6. researchers 63%
7. nanosheets 62%
8. Hungary 61%
9. geometry 59%
10. graphene oxide 57%
11. aerogels 57%
12. composite polymers 57%
13. propylene oxide 55%
14. Indonesia 52%
15. adsorption 51%
16. composite materials 49%
17. ethylene oxide 48%
18. graphene 43%
19. molybdenum 43%
20. sorption 39%
21. electrodes 36%
22. 3-chlorophenol 34%
23. acetic acid 34%
24. best available technology 31%
25. carbon nanofibers 30%
26. physicochemical properties 30%
27. physical chemistry 30%
28. therapeutics 29%
29. polymers 28%
30. nanotubes 27%
31. employment opportunities 27%
32. carbon nanotubes 24%
33. nanofibers 23%
34. degradation 23%
35. biosensors 22%
36. Eastern European region 22%
37. deoxyribonucleases 22%
38. economic development 22%
39. Western European region 21%
40. lactones 20%
41. health services 20%
42. filling materials 20%
43. research and development 19%
44. polyurethanes 19%
45. education 19%
46. United Kingdom 19%
47. sensors (equipment) 18%
48. porosity 18%
49. polymerization 17%
50. hydrocarbons 17%
51. phenol 17%
52. plasma membrane 14%
53. metals 14%
54. screening 13%
55. liquids 13%
56. economics 12%
57. drugs 12%
58. metabolites 12%
59. cells 12%
60. monitoring 12%
61. blood 11%
62. nitrogen 11%
63. heat 10%
64. bacteria 10%
65. synthesis 10%
66. methodology 10%
67. lipids 10%
68. DNA 9%
69. genes 6%