開發圖案化熱壓製程與不同表面改質技術修飾之雙金屬氧化物光電極以 提升分解水產氫之效能(3/3)

Keyphrases

1. 3D Substrate 8%
2. Advanced Composites 25%
3. Anode Catalyst 25%
4. Application Direction 8%
5. Art Activities 8%
6. B-site 8%
7. Bulk Material 8%
8. Carbon Composite 50%
9. Catalytic Performance 8%
10. Catalytic Reaction 50%
11. Ceramic Catalysts 10%
12. Ceramic Electrode 8%
13. Ceramic Nanomaterials 50%
14. Ceramic Oxides 8%
15. CoCr 8%
16. Complicated Structure 8%
17. Corrosion Reaction 25%
18. Corrosion Resistance 25%
19. DEC1 50%
20. Divalent Metals 8%
21. Electro-Fenton 10%
22. Electro-Fenton Process 10%
23. Electro-Fenton Reaction 10%
24. Electrocatalytic 8%
25. Electrocatalytic Activity 10%
26. Electrocatalytic Water Splitting 50%
27. Electrolyte 25%
28. Electrolyte Mixture 25%
29. Electron Transfer 25%
30. Enhanced Stability 25%
31. FeNi 8%
32. Fenton Reaction 10%
33. Ferroaluminum 8%
34. Five Elements 10%
35. Foam Electrode 25%
36. Graphene 30%
37. Half Reaction 25%
38. Harsh Environment 25%
39. High Entropy 8%
40. High-entropy Alloy 8%
41. High-entropy Ceramics 100%
42. High-entropy Materials 10%
43. High-entropy Oxides 8%
44. Highly Active 50%
45. Highly Hazardous 10%
46. Hydrogen Peroxide 20%
47. Industrial Pollution 10%
48. Iron Sludge 10%
49. Layered Double Hydroxide 50%
50. Low Vacuum 8%
51. Manufacturing Applications 8%
52. Manufacturing Process 8%
53. Material Characterization 8%
54. Material Coating 8%
55. Metal Cans 8%
56. Metal Salts 8%
57. Methyl Orange 10%
58. Mixed Salt Solution 8%
59. Natural Seawater 25%
60. NiFe 25%
61. NiFe-LDH 25%
62. Novel Composite 10%
63. Novel Electrode 25%
64. Organic Degradation 10%
65. Organic Pollutants 50%
66. Overall Reaction 25%
67. Overall Water Splitting 25%
68. Oxygen Evolution Reaction 66%
69. Pollutants 20%
70. Pollution Remediation 10%
71. Pulsed Laser Irradiation 8%
72. Rapid Calcination 10%
73. Rapid Manufacturing 50%
74. Saline Electrolyte 50%
75. Seawater 25%
76. Seawater Electrolyte 25%
77. Spinel Lattice 8%
78. Spinel Structure 16%
79. Surface Coating 8%
80. Tafel Slope 25%
81. Trivalent Metal 8%
82. Vacuum Condition 8%
83. Water Contaminants 10%
84. Water Splitting 25%

Material Science

1. Anode 12%
2. Calcination 10%
3. Cathode 10%
4. Composite Material 62%
5. Corrosion 12%
6. Corrosion Resistance 12%
7. Electron Transfer 12%
8. Fenton 40%
9. Graphene 30%
10. High Entropy Alloys 8%
11. High Entropy Ceramics 100%
12. High-Entropy Oxides 8%
13. Hydrogen Peroxide 20%
14. Layered Double Hydroxides 50%
15. Nanocrystalline Material 50%
16. Oxide Compound 8%
17. Oxygen Evolution 41%
18. Seawater 37%
19. Surface Coating 8%
20. Water Splitting 50%