Dr Alastair J J Lennox

Chemistry

1. Electrochemistry 100%
2. Alkene 100%
3. Electron Transport 80%
4. Chemistry 66%
5. Photocatalytic 64%
6. Carbon Dioxide 50%
7. electrode 50%
8. Hypervalence 45%
9. Suzuki Reaction 44%
10. Fluorination 41%
11. Homogeneous Catalyst 40%
12. Titanium Dioxide 40%
13. Boronic Acid 40%
14. Base 40%
15. Visible Spectrum 37%
16. Carboxamide 34%
17. Phenanthroline 33%
18. Excited State 33%
19. Fluorine 31%
20. stability 30%
21. Coupling Reaction 30%
22. Ruthenium 30%
23. Transfer Process 30%
24. Photocatalyst 30%
25. Heterocyclic Compound 27%
26. Turnover Number 26%
27. Hydrogen 26%
28. Rhodium 26%
29. Mechanistic Study 26%
30. Alkyne 26%
31. Iodonium 26%
32. Hydrogen Bond 25%
33. In Situ Methods 24%
34. Methanol 24%
35. Nanoparticle 24%
36. Dehydrogenation 24%
37. Carboxylic Acid 24%
38. Natural Product 23%
39. Ketones 20%
40. Electrode Material 20%
41. Organic Chemistry 20%
42. Column Chromatography 20%
43. Continuous Flow Reaction 20%
44. Secondary Amide 20%
45. Primary Amine 20%
46. Carbazole 20%
47. Hydrogen Fluoride 20%
48. Lactam 20%
49. Biaryl 20%
50. Hydrosilylation 20%