石墨烯表面之凝結及沸騰熱傳性能增強研究(3/3)

Keyphrases

1. Graphene 78%
2. Fluorinated Graphene 66%
3. Graphene Composites 33%
4. High Energy Density 33%
5. Lithium-ion Cell 33%
6. Covalent Bonding 33%
7. Composite Anode 33%
8. Si-N 33%
9. Ultra-strong 33%
10. Electrochemical Conversion 33%
11. Heteroatom 33%
12. Microball 33%
13. Graphene Coating 33%
14. In Situ 33%
15. Adhesion 33%
16. Pool Boiling Heat Transfer 33%
17. Electrophoretic Deposition 25%
18. Weak Adhesion 16%
19. 2D Materials 16%
20. Graphene Sheets 16%
21. Contact Angle 15%
22. Pool Boiling 13%
23. Thermal Technologies 13%
24. Lithium-ion Battery 13%
25. Heat Transfer Performance 13%
26. Boiling Heat Transfer 13%
27. Heat Transfer Enhancement 13%
28. Refrigerant 13%
29. Versatile Applications 8%
30. Metal Foil 8%
31. Covalent Bond 8%
32. Perfluorosulfonic Acid 8%
33. Van Der Waals Force 8%
34. Functional Coatings 8%
35. Copper Foil 8%
36. Robust Film 8%
37. Covalently Bonded 8%
38. Functional Composites 8%
39. High Mechanical Strength 8%
40. Dissolved Cu 8%
41. Hydrophobicity 8%
42. High Chemical Stability 8%
43. Applied Voltage 8%
44. Deposited Film 8%
45. In Situ Formation 8%
46. Layered Structure 8%
47. Cu(II) Ions 8%
48. Hydrothermal Reaction 8%
49. Shear Force 8%
50. High Thermal Stability 8%
51. Graphene Oxide 8%
52. Unique Properties 8%
53. High Capacity 6%
54. Anode Performance 6%
55. N Content 6%
56. Nitrogen Source 6%
57. Coulombic Efficiency 6%
58. Electrochemically Exfoliated Graphene 6%
59. Electric Conductivity 6%
60. Initial Discharge Capacity 6%
61. Delithiation 6%
62. Excellent Performance 6%
63. Discharge Capacity 6%
64. Graphene Oxide Flakes 6%
65. Silica Nanoparticles (SiNPs) 6%
66. Ion Mobility 6%
67. Facile Approach 6%
68. Lithiation 6%
69. High Stability 6%
70. Copper Surface 6%
71. Nitrogen-doped Graphene 6%
72. Reliable Route 6%
73. High Initial Capacity 6%
74. Working Fluid 6%
75. High Coulombic Efficiency 6%
76. Pool Boiling Enhancement 6%
77. Graphene Interface 6%
78. Enhanced Boiling 6%
79. N-graphene 6%
80. Vaporization 6%
81. Active Cavity 6%
82. NiMn 6%
83. Cavity Structure 6%
84. Scalable Approaches 6%
85. Dynamic Visualization 6%
86. Si-doped Graphene 6%
87. Full Cell 6%
88. Cost-effective Approach 6%
89. Graphene-based Materials 6%
90. Condensation Heat Transfer 6%
91. Graphene Flakes 6%
92. Bubble Dynamics 6%
93. Surface Morphology 6%
94. Water-based 6%
95. Heat Transfer 6%
96. Surface Wettability 6%
97. Reduced Graphene Oxide 6%
98. R141b 6%
99. Hydrophobic Surface 6%

Material Science

1. Graphene 100%
2. Anode 33%
3. Lithium Ion 33%
4. Energy Density 33%
5. Electrophoretic Deposition 14%
6. Film 14%
7. Lithium Ion Battery 13%
8. Two-Dimensional Material 9%
9. Contact Angle 7%
10. Nitrogen-Doped Graphene 6%
11. Electrical Conductivity 6%