乙醇在銠奈米粒子上的氧化蒸氣再形成反應(1/2)

Keyphrases

1. DFT Calculations 100%
2. Rh Nanoclusters 100%
3. Ethanol Oxidative Steam Reforming 100%
4. Ethanol 100%
5. Rh Cluster 66%
6. System Study 66%
7. System Experiment 33%
8. Probing Techniques 33%
9. Pt(111) 33%
10. Conversion Efficiency 33%
11. Activation Barrier 33%
12. Oxametallacycle 33%
13. Reaction Energy 33%
14. Barrier Energy 33%
15. Molecular Water 33%
16. Surface Probe 33%
17. Reforming Reaction 33%
18. Aluminum Oxide 33%
19. NiAl 33%
20. Fuel Cell 33%
21. Ethanol Conversion 33%
22. Chemical Industry 33%
23. Vacuum Condition 33%
24. Structural Dependence 33%
25. Activation Reaction 33%
26. Molecular Oxygen 33%
27. Ultra-high Vacuum 33%
28. Surface Oxygen 33%
29. Hydroxyl 33%
30. Surface Hydroxyl 33%
31. Oxidative Steam Reforming 33%
32. Fermentation 33%

Engineering

1. Model System 100%
2. Nanoclusters 100%
3. Discrete Fourier Transform 100%
4. Steam Reforming 100%
5. Energy Engineering 33%
6. Conversion Efficiency 33%
7. Renewables 33%
8. Probe Surface 33%