Doctoral Training Partnership (DTP - University of Strathclyde) | Pollard-Nelson, Victoria

Chemistry

1. Lithium 100%
2. Hydroboration 77%
3. Aluminum 66%
4. Application 66%
5. Catalyst 44%
6. Alkyne 41%
7. Chemical Reaction 41%
8. Chemical Bond 41%
9. Ligand 33%
10. Ring Opening Reaction 33%
11. Nitrogen 33%
12. Catalysis 33%
13. Metalation 33%
14. Ketones 30%
15. Aldehyde 25%
16. NMR Spectroscopy 22%
17. TMP 19%
18. Triazole 16%
19. Reaction Mechanism 16%
20. Base 16%
21. Density Functional Theory 16%
22. X-Ray Crystallography 16%
23. Chemical Transformation 13%
24. Spectroscopy 11%
25. Alkene 11%
26. Main Group of Metals 11%
27. Homogeneous Catalysis 11%
28. Deprotonation 11%
29. Kinetic Method 11%
30. Transition Element 11%
31. Atom 11%
32. Benzophenone 8%
33. Hydride 8%
34. Imine 8%
35. Transfer Process 8%
36. Amide 5%
37. Metathesis 5%
38. Group 5%
39. Chemical Reaction Product 5%
40. Decomposition 5%
41. Chemistry 5%
42. Ester 5%
43. Ketone 5%
44. Energy 5%