Phase 3: a combined theoretical and experimental study of catalytic performance of cubic molybdenum and tungsten carbides for co2 and co reduction

Keyphrases

1. Tungsten Carbide 100%
2. CO2 Reduction Reaction (CO2RR) 100%
3. Catalytic Activity 75%
4. Adsorbate 50%
5. CO Adsorption 50%
6. Low-index Surfaces 50%
7. Co-reduction 50%
8. Deactivation 50%
9. Molybdenum Carbide 50%
10. Promoting Effect 50%
11. Catalytic Properties 50%
12. Catalytic Performance 50%
13. Dissociation Barrier 50%
14. Cubic Phase 50%
15. Gas Phase 25%
16. Van Der Waals Correction 25%
17. Surface Atom 25%
18. Dipole Corrections 25%
19. Terraces 25%
20. Carbon Monoxide Reduction 25%
21. Reduction Reaction 25%
22. Stepped Surfaces 25%
23. Synthetize 25%
24. Electrochemical Conditions 25%
25. Adsorption 25%
26. Catalyst Deactivation 25%
27. Exchange-correlation Functionals 25%
28. Density Functional Theory 25%
29. Cu(111) 25%
30. CuSe Monolayer 25%
31. CO2 Adsorption 25%
32. Binding Energy 25%
33. Active Systems 25%
34. Hydrogen-assisted 25%
35. Energy Barrier 25%
36. Surface Poisoning 25%
37. Reaction Pathway 25%
38. Submonolayer 25%
39. Reduction Pathway 25%
40. Direct Dissociation 25%
41. Carbon-carbon 25%
42. Carbon Dioxide 25%
43. CO2 Dissociation 25%