CAS: Heteroatom Dimer and Cluster Catalysis

Keyphrases

1. Cluster Catalysis 100%
2. Nanoglue 100%
3. Heteroatom 100%
4. Metal Atoms 78%
5. Dimer Cluster 42%
6. Active Metal 28%
7. Catalytic Properties 28%
8. Nanoislands 21%
9. Atomically Dispersed Metal 21%
10. Metal Support 21%
11. Porous Support 21%
12. Oxidation State 21%
13. High-resolution Electron Microscopy 14%
14. Redox Properties 14%
15. Chemical Transformation 14%
16. Atomically Dispersed Catalysts 14%
17. Challenging Problems 14%
18. Catalytic Reaction 14%
19. Ultrasmall 14%
20. Support Surface 14%
21. Anion Vacancies 7%
22. Metal Species 7%
23. Electronic Structure Modulation 7%
24. Cluster Catalyst 7%
25. Preferential Deposition 7%
26. Metal Atom Clusters 7%
27. Catalyst Design Strategies 7%
28. Synergistic Catalysis 7%
29. Metals Efficiency 7%
30. Oxide Nanoclusters 7%
31. Catalytic Pretreatment 7%
32. Support Morphology 7%
33. Catalytic Potential 7%
34. Reducible Metal Oxides 7%
35. Functional Architecture 7%
36. Second Metal 7%
37. CoOx 7%
38. Active Sites 7%
39. Educational Development 7%
40. Undergraduate Students 7%
41. Quantum Confinement 7%
42. Single Atom 7%
43. Structure-property Relationships 7%
44. Innovative Design 7%
45. Active Center 7%
46. Design Strategy 7%
47. Interdisciplinary Research 7%
48. Engineering Experience 7%
49. Science Experiences 7%
50. Reforming Reaction 7%
51. Atomic Level 7%
52. Water-gas Shift Reaction 7%
53. Postdocs 7%
54. Specific Support 7%
55. Sustainable Process 7%
56. Metal Components 7%
57. Electronic Structure 7%
58. CO Oxidation 7%
59. Unmet 7%
60. Bifunctional 7%
61. Positive Impact 7%
62. Energy Sustainability 7%
63. Transformative Research 7%
64. Functional Materials 7%
65. Long-term Stability 7%
66. Single Metal Atom 7%
67. Winter School 7%
68. Sustainable Chemicals 7%
69. Catalytic Performance 7%
70. Catalysis Research 7%
71. Cost of Goods 7%
72. Dynamic Modulation 7%
73. Energy Conversion 7%
74. Unique Properties 7%
75. SiO2-Al2O3 7%