Dr Mikhail Filatov

Chemistry

1. Porphyrin 100%
2. Donor 57%
3. Intersystem Crossing [Singlet->triplet] 47%
4. Excited Triplet State 43%
5. Anthracene 39%
6. Triplet State 34%
7. Quantum Yield 33%
8. Electron Transport 33%
9. Optical Property 33%
10. formation 30%
11. Energy Transfer 25%
12. Dioxygen 23%
13. Charge Transfer State 23%
14. Excited State 20%
15. Boron 14%
16. Electron Donor 13%
17. Dipyrrin 13%
18. Metal Ion 13%
19. Palladium 13%
20. Porphyrins Synthesis 10%
21. Photocatalytic 8%
22. Isoindole 8%
23. Dichloromethane 8%
24. Base 8%
25. Photonics 8%
26. Fluorescence Quantum Yield 8%
27. Polar Solvent 8%
28. Photocatalysis 7%
29. Absorption Spectra 7%
30. Chromophore 7%
31. Azobenzene 6%
32. Cell Viability 6%
33. Phenanthroline 6%
34. Pyridone 6%
35. Statistical Ensemble 6%
36. Ruthenium 6%
37. amination 6%
38. Dipyrromethane 6%
39. Addition Reaction 6%
40. Lead Compound 6%
41. 9,10-anthraquinone 6%
42. Anthraquinone 6%
43. Retro-Diels-Alder Reaction 6%
44. Tetraphenylporphyrin 6%
45. Photocatalyst 6%
46. Double Bond 6%
47. Isomerization 5%
48. Sensitization 5%
49. Density Functional Theory 5%
50. Electron Acceptor 5%