Gabriel Libanio Silva Rodrigues

Chemistry

1. Ammonia 100%
2. formation 88%
3. Density Functional Theory 70%
4. Ruthenium 70%
5. Density Functional Theory 64%
6. Electronic State 61%
7. Desorption 55%
8. Carbon Monoxide 55%
9. X Ray Photoemission Spectroscopy 50%
10. Hyperbarism 50%
11. Reduction Potential 50%
12. Hydrazone 44%
13. Nitric Oxide 41%
14. Solvation 41%
15. Aqueous Solution 41%
16. Hydrogen Bonding 38%
17. Time-Dependent Density Functional Theory 33%
18. Hexamethylenetetramine 33%
19. Spectroscopy 33%
20. Physisorption 33%
21. Thermodynamic Analysis 33%
22. microkinetic modeling 33%
23. Spin State 33%
24. Density Functional Theory Approaches 33%
25. Adsorption Energy 33%
26. Antimicrobial Agent 33%
27. Absorption Spectra 33%
28. Tetracycline 33%
29. X-Ray Absorption Spectra 33%
30. Fischer-Tropsch Reaction 33%
31. Surface Chemistry 33%
32. Fischer-Tropsch Synthesis 33%
33. Antitumor 33%
34. Chlorpyrifos-Methyl 33%
35. Chlorpyrifos 33%
36. Salen 33%
37. Transition Metal 33%
38. Triplet State 25%
39. Absorption Spectroscopy 22%
40. Antifungal 22%
41. Carbon Dioxide 22%
42. Hydrogenation 22%
43. Electronic Band Structure 22%
44. Single Crystal Surface 22%
45. Bond Length 22%
46. CASSCF Calculation 18%
47. Reducing Agent 16%
48. X-Ray Diffraction 16%
49. Singlet State 16%
50. Fischer Synthesis 16%