Lithium Cuprates to Copper Lithiates: A New Dawn in Metal Catalysed Chemistry

Chemistry

1. Amide 100%
2. Lithium 75%
3. Sodium 69%
4. Metalation 62%
5. Metal 58%
6. Chemical Reaction 52%
7. Base 50%
8. Alkali Metal 44%
9. Reactivity 42%
10. Chemistry 42%
11. TMP 41%
12. Molecule 36%
13. Structural Studies 36%
14. Deprotonation 32%
15. R 32%
16. Group 32%
17. Chemical Reaction Reagent 30%
18. NMR Spectroscopy 30%
19. Donor 28%
20. Synthesis (Chemical) 26%
21. Copper 24%
22. Atom 23%
23. Solid 21%
24. Potassium 20%
25. Structural Chemistry 20%
26. Metallocene 19%
27. X-Ray Crystallography 18%
28. Amine 18%
29. Arene 18%
30. Reaction Yield 16%
31. Chemical Reaction Product 16%
32. Magnesium 15%
33. Aqueous Solution 15%
34. Compound Isomer 15%
35. Hydrocarbon 12%
36. Biphenyl 12%
37. Halide 12%
38. Optimization 12%
39. Scandium 12%
40. Cesium 12%
41. Crystalline Material 12%
42. Solid Solution 12%
43. Regioselectivity 12%
44. Halogen 12%
45. N-Donor Ligand 12%
46. Asymmetry 12%
47. Ketones 12%
48. Cryogenics 12%
49. N-Heterocyclic Carbene 12%
50. Diffusion Ordered Spectroscopy 11%
51. Tris 11%
52. Chemical Transformation 11%
53. Ligand 10%
54. Ethyl 10%
55. Anion 9%
56. Polymer 8%
57. Toluene 8%
58. Coordination Sphere 8%
59. Solvent 7%
60. Benzamide 7%
61. Pentamethyldiethylenetriamine 6%
62. Mixture 6%
63. Complexation 6%
64. Equilibrium 6%
65. Methane 6%
66. Benzene Ring 6%
67. Trapping 6%
68. Point Group C4 6%
69. Chemical Bond 5%
70. Molecular Structure 5%