Marc Reid

Chemistry

1. Iridium 100%
2. Hydrogen Isotope 84%
3. Catalyst 71%
4. Application 45%
5. Synthesis (Chemical) 34%
6. Chemical Activation 27%
7. Chemical Reaction 23%
8. Deuterium(.) 22%
9. Molecule 21%
10. N-Heterocyclic Carbene 20%
11. Concentration 18%
12. Catalysis 18%
13. Chemical Kinetics Characteristics 18%
14. Phosphine 18%
15. Chemoselectivity 17%
16. Isotope 17%
17. Sulfonamide 16%
18. Ligand 16%
19. Group 14%
20. Reaction Selectivity 14%
21. Palladium 14%
22. Chemical Reaction Product 13%
23. Analytical Method 12%
24. Counterion 11%
25. Degradation 11%
26. Occurrence in Nature 9%
27. Chemistry 9%
28. Density Functional Theory 8%
29. Correlation 8%
30. Tritium 8%
31. Heterocyclic Compound 8%
32. Bearing 7%
33. Chemical Oxygen Demand 7%
34. Functionalization 7%
35. Number 7%
36. Point Group T 7%
37. Reaction Time 7%
38. Tetrazole 7%
39. Reaction Mechanism 7%
40. Aldehyde 7%
41. Solid 6%
42. NMR Spectroscopy 6%
43. Sulfone 5%
44. Alkaline Condition 5%
45. Kinetic Method 5%
46. Chemical Transformation 5%
47. Anion 5%
48. Aqueous Solution 5%
49. Peptide Synthesis 5%
50. Carboxylic Acid 5%