石墨烯表面之凝結及沸騰熱傳性能增強研究(3/3)

Engineering & Materials Science

1. Graphene 100%
2. Lithium 31%
3. Ions 30%
4. Boiling liquids 28%
5. Anodes 27%
6. Adhesion 25%
7. Substrates 19%
8. Composite materials 19%
9. Heat transfer 18%
10. Lithium-ion batteries 15%
11. Coatings 15%
12. Nitrogen 13%
13. Metal foil 10%
14. Contact angle 7%
15. Covalent bonds 7%
16. Van der Waals forces 7%
17. Graphene oxide 6%
18. Fluorine 6%
19. Chemical stability 6%
20. Hydrophobicity 6%
21. Copper 5%
22. Heat transfer performance 5%
23. Refrigerants 5%

Chemical Compounds

1. Graphene 60%
2. Heat Transfer 30%
3. Boiling 28%
4. Anode 20%
5. Electrophoretic Deposition 20%
6. Composite Material 16%
7. Coating Agent 13%
8. Foil 11%
9. Refrigerant 9%
10. Ion Mobility 8%
11. Liquid Film 8%
12. Lithiation 7%
13. Flake Like Crystal 7%
14. Graphene Oxide 7%
15. Deposition Process 6%
16. Application 5%
17. Covalent Bond 5%
18. Van Der Waals Force 5%
19. Electrical Conductivity 5%
20. Chemical Stability 5%
21. Shear 5%