Jun ZHAO, Prof

Keyphrases

1. 2,5-Diformylfuran 100%
2. 2,5-furandicarboxylic Acid 28%
3. 5-Hydroxymethylfurfural (5-HMF) 55%
4. 5-hydroxymethylfurfural Oxidation 62%
5. Adsorption 23%
6. Aerobic Oxidation 29%
7. Anaerobic Digestion 80%
8. Aromatics 25%
9. Bifunctional Catalyst 24%
10. Biochar 75%
11. Biomass Conversion 37%
12. Biomass Materials 33%
13. Biomass Waste 34%
14. Carbon Spheres 22%
15. Catalytic Activity 21%
16. Catalytic Performance 24%
17. Catalytic Pyrolysis 23%
18. Co-digestion 20%
19. Density Functional Calculations 19%
20. Digestate 49%
21. Excellent Catalytic Performance 21%
22. Food Waste 80%
23. Food Waste Digestate 28%
24. Fructose 95%
25. G-C3N4 26%
26. Glucose Isomerization 38%
27. Humic Acid 35%
28. Hydrochar 48%
29. Hydrodeoxygenation 23%
30. Hydrogen Bonds (H-bonds) 26%
31. Hydrogen Peroxide 35%
32. Hydrogen Peroxide Detection 27%
33. Hydrothermal Treatment 34%
34. Iron Oxide 23%
35. Kinetic Study 24%
36. Lignin 22%
37. Mass Transfer 21%
38. Mesoporous 34%
39. Metal-organic Frameworks (MOFs) 38%
40. Methane Production 26%
41. MOF-derived 22%
42. Nitrogen-doped Carbon Catalyst 20%
43. One-step Synthesis 21%
44. Peroxymonosulfate 30%
45. Peroxymonosulfate Activation 32%
46. Reaction Time 35%
47. Selective Oxidation 20%
48. Sewage Sludge 23%
49. Sludge 28%
50. Tetracycline 20%