500 MHZ NMR SPECTROMETER TO SUPPORT ORGANIC, BIO-ORGANIC AND INORGANIC CHEMISTRY

Chemistry

1. N-Heterocyclic Carbene 100%
2. Rhodium 51%
3. Ligand 45%
4. Mixture 42%
5. Chemical Reaction 35%
6. Chemical Bond 29%
7. Carbene 28%
8. Reactivity 25%
9. Isolation Method 25%
10. Chemical Reaction Product 25%
11. Ambient Reaction Temperature 21%
12. Phosphine 21%
13. Compound Isomer 21%
14. Molecule 20%
15. Heterocyclic Compound 19%
16. Indole 19%
17. Hydride 17%
18. Isopropyl Group 15%
19. Synthesis (Chemical) 15%
20. Ruthenium 14%
21. Heating 13%
22. Catalyst 13%
23. Dinitrogen 12%
24. Phenylpyridine 12%
25. NMR Spectroscopy 12%
26. Photochemistry 12%
27. Acid 12%
28. Photochemical Reaction 12%
29. Condensation Reaction 12%
30. Base 12%
31. Aniline 12%
32. Sulfur Dioxide 12%
33. Stereoelectronic Effect 12%
34. Photolysis 12%
35. Asymmetric Synthesis 12%
36. Enantiopurity 12%
37. Alkene 12%
38. Fluoride 12%
39. Manganese 12%
40. Rhenium 12%
41. Mechanistic Study 12%
42. Butanediol 12%
43. Reducing Agent 12%
44. Organic Chemistry 12%
45. C-H Bond Activation 12%
46. Synchrotron X-Ray Diffraction 12%
47. X-Ray Diffractometry 12%
48. Inorganic Chemistry 12%
49. Dehydrogenation 12%
50. Structure 11%
51. Reaction Temperature 10%
52. Solution 9%
53. Propene 9%
54. Proton 8%
55. Amount 8%
56. Ethylene 8%
57. Deuterium(.) 7%
58. 1,2-bis(diphenylphosphino)ethane 6%
59. Sulfone 6%
60. 2-Pyridyl Group 6%
61. Chelation 6%
62. Alkane 6%
63. Trans Isomer 6%
64. Non-Polar Solvent 6%
65. Monomer 6%
66. Carbon Dioxide 6%
67. Time-Resolved Infrared Spectroscopy 6%
68. Photoisomerization 6%
69. Stereoisomer 6%
70. Sigma Bond 6%
71. Metathesis Reaction 6%
72. Electrophilic Aromatic Substitution 6%
73. 1,3-cycloaddition 6%
74. X-Ray 6%
75. Formate 6%
76. Toluene 6%
77. Cyclohexadiene 6%
78. Deprotonation 6%
79. Halide 6%
80. Setting 6%
81. Magnet 6%
82. Cation 6%