Jyri-Pekka Mikkola

Chemistry

1. Catalyst 100%
2. Procedure 34%
3. Chemical Reaction Product 27%
4. Aqueous Solution 23%
5. Solvent 22%
6. Ionic Liquid 22%
7. Reaction Temperature 22%
8. Acid 18%
9. Ethanol 18%
10. Ozonation 17%
11. Reaction Yield 17%
12. Structure 16%
13. Chemical Reaction 16%
14. Base 15%
15. Bio-Oil 15%
16. Degradation 15%
17. Fourier Transform Infrared Spectroscopy 14%
18. Supercritical 14%
19. Metal 12%
20. Synthesis (Chemical) 12%
21. Dimethyl Carbonate 12%
22. Deoxygenation 11%
23. Time 11%
24. Concentration 11%
25. Application 11%
26. Water Type 11%
27. Solute 10%
28. Potential 10%
29. Scanning Electron Microscopy 10%
30. Bifunctional Catalyst 9%
31. Lignin 9%
32. Chloride 8%
33. Polarity 8%
34. Deep Eutectic Solvent 8%
35. Glycidol 8%
36. Formic Acid 8%
37. Pharmacokinetics 8%
38. Carbon 8%
39. Fiber 8%
40. Foam 8%
41. Nitrogen 8%
42. Physisorption 8%
43. Hydrocarbon 8%
44. Thermogravimetric Analysis 8%
45. Energy-Dispersive X-Ray Spectroscopy 8%
46. Diclofenac 7%
47. Phase Separation 7%
48. Biomass 7%
49. Nanoparticle 7%
50. Meso Porosity 6%