He Yingluo

Keyphrases

1. CO2 Hydrogenation 100%
2. CO2 Conversion 72%
3. Zeolite 66%
4. Direct Conversion 63%
5. Syngas 60%
6. Direct Synthesis 54%
7. Fischer-Tropsch Synthesis 54%
8. Catalytic Performance 48%
9. Silica 45%
10. Ethanol to Butadiene 45%
11. Zeolite Catalyst 45%
12. ZSM-5 43%
13. Liquid Fuel 41%
14. Capsule Catalyst 39%
15. Low-temperature Methanol Synthesis 39%
16. Butadiene 37%
17. Aromatics 33%
18. Multifunctional Catalyst 31%
19. Cu-ZnO Catalyst 31%
20. Highly Selective 31%
21. Dimethyl Ether Carbonylation 29%
22. Selective Conversion 28%
23. Silicalite-1 28%
24. Selective Synthesis 27%
25. ZSM-5 Zeolite 26%
26. Methanol Synthesis 26%
27. Methanol 26%
28. Crystallite Size 25%
29. Physicochemical Properties 25%
30. AuPd Nanoparticles 25%
31. Isobutene 25%
32. Supported Pd 25%
33. Carbon Materials 25%
34. Para-xylene 25%
35. Catalytic Stability 24%
36. ZSM-5 Catalyst 22%
37. Methyl Acetate 21%
38. Product Distribution 20%
39. Excellent Catalytic Performance 19%
40. Acid Property 19%
41. Strong Interaction 19%
42. Liquefied Petroleum Gas 19%
43. Methane 18%
44. ZnCr2O4 18%
45. Graphene 18%
46. Aqueous Ethanol 18%
47. Recent Advances 18%
48. Catalytic Activity 18%
49. Methanol Gasoline 17%
50. Carbon Nanotubes 17%