結構可控性與異質改質石墨烯之功能性材料研究及其於儲能及產能元件之應用(3/3)

Keyphrases

1. 3D Graphene 5%
2. 3D Graphene Structures 5%
3. 3D Porosity 16%
4. Active Cavity 6%
5. Active Metal 5%
6. Active Sites 5%
7. Areal Capacitance 7%
8. Biological Tissue 5%
9. Boiling Heat Transfer 12%
10. Bubble Dynamics 6%
11. Bulk Material 5%
12. Capacitance 7%
13. Catalytic Mechanism 5%
14. Cavity Structure 6%
15. Cellular Monoliths 5%
16. Cm(III) 13%
17. Concentration of Production 5%
18. Condensation Heat Transfer 6%
19. Contact Angle 6%
20. Controlled Nanostructures 16%
21. Controlling Factors 5%
22. Copper Surface 6%
23. Cost-effective Production 5%
24. Costing Methods 7%
25. Doped Graphene 5%
26. Doping Concentration 5%
27. Doping Technology 5%
28. Dynamic Visualization 6%
29. Electrochemically Exfoliated Graphene 15%
30. Electrolyte 7%
31. Energy Density 7%
32. Energy Devices 16%
33. Energy Generation 5%
34. Energy Storage 43%
35. Energy-related Applications 5%
36. Enhanced Boiling 6%
37. Facile Approach 5%
38. Fluorinated Graphene 32%
39. Fuel Cell 5%
40. Functionalized Graphene 16%
41. Generation Device 5%
42. Good Electrical Conductivity 5%
43. Graphene 19%
44. Graphene Chemistry 5%
45. Graphene Coating 32%
46. Graphene Electrodes 24%
47. Graphene Flakes 14%
48. Graphene Interface 6%
49. Graphene Oxide Flakes 6%
50. Graphene Sheets 5%
51. Graphene Structure 10%
52. Graphene Suspensions 5%
53. Graphene-based Materials 14%
54. Graphene-carbon Nanotubes 32%
55. Heat Transfer 6%
56. Heat Transfer Enhancement 12%
57. Heat Transfer Performance 12%
58. Heteroatom 5%
59. Heteroatom Doping 10%
60. Hierarchical Electrode 32%
61. Hierarchical Porosity 5%
62. High Activity 5%
63. High Catalytic Activity 5%
64. High Energy Density 32%
65. High Specific Surface Area 5%
66. Hydrogen Evolution Reaction 5%
67. Hydrogen Evolution Reduction 5%
68. Hydrophobic Surface 6%
69. Ice Crystals 5%
70. Ice Physics 5%
71. Induced Dipoles 5%
72. Ion Transport 15%
73. Material Properties 10%
74. Metal-free Catalyst 5%
75. Micro-supercapacitors 32%
76. N-doped Graphene 32%
77. Nanocatalyst 32%
78. Nanopore 5%
79. Order of Magnitude 5%
80. Oxygen Reduction 5%
81. Oxygen Reduction Reaction 5%
82. Oxyhydrogen 5%
83. Performance Enhancement 32%
84. Pool Boiling 12%
85. Pool Boiling Enhancement 6%
86. Pool Boiling Heat Transfer 32%
87. Pore Architecture 5%
88. Pore Density 5%
89. Pore Structure 32%
90. Porosity 10%
91. Porous Graphene 5%
92. Power Density 11%
93. Production Approach 5%
94. R141b 6%
95. Rationally Designed 11%
96. Reaction Evolution 5%
97. Reduced Graphene Oxide 6%
98. Refrigerant 12%
99. Related Potentials 5%
100. Reliable Route 6%
101. Scalable Approaches 5%
102. Scalable Fabrication 5%
103. Solid State 32%
104. Spin Density 5%
105. Sub-micrometer 5%
106. Supercapacitor 10%
107. Superelastic 5%
108. Superelasticity 5%
109. Surface Morphology 6%
110. Surface Wettability 6%
111. Thermal Technologies 12%
112. Tissue Scaffolds 5%
113. Transport Efficiency 8%
114. Ultra-high Density 5%
115. Ultra-low Density 5%
116. Vaporization 6%
117. Water-based 6%
118. Working Fluid 6%

Material Science

1. Capacitance 43%
2. Carbon Nanotube 32%
3. Density 36%
4. Energy Density 37%
5. Graphene 100%
6. Holey Graphene 32%
7. Nanocrystalline Material 16%
8. Pore Structure 32%