高壓燃燒法製備微/奈米碳系材料與工作流體及其應用研究

Engineering

1. Test Sample 100%
2. Dispersant 100%
3. Ball Milling 100%
4. Tubes (Components) 100%
5. Exchanger Tube 50%
6. Size of Particle 50%
7. Tribological Performance 50%
8. Systems Performance 50%
9. Diamond 50%
10. Fluid Viscosity 50%
11. Term Stability 50%
12. Tribology 50%
13. Antiwear 50%
14. Flow Loss 50%
15. Convective Heat Transfer Coefficient 50%
16. Flow Velocity 50%
17. Flow Rate 50%
18. Heating Power 50%
19. Pump Power Consumption 50%
20. Synthesis Method 50%
21. Pressure Drop 50%
22. Amorphous Carbon 50%
23. Crystalline Phase 50%
24. Bomb Calorimeter 50%

INIS

1. carbon 100%
2. fluids 58%
3. refrigeration 47%
4. lubricants 47%
5. oxygen 29%
6. performance 29%
7. concentration 23%
8. gum arabic 23%
9. weight 17%
10. heat transfer 17%
11. tubes 17%
12. wear 17%
13. pressure range mega pa 17%
14. particle size 11%
15. oleic acid 11%
16. losses 11%
17. milling 11%
18. heat exchangers 11%
19. power 11%
20. tribology 5%
21. water 5%
22. evaluation 5%
23. flow rate 5%
24. pumps 5%
25. diamonds 5%
26. dispersions 5%
27. stability 5%
28. pressure drop 5%
29. combustion 5%
30. working fluids 5%
31. heating 5%
32. bombs 5%
33. viscosity 5%
34. high pressure 5%
35. production 5%
36. calorimeters 5%
37. sedimentation 5%
38. density 5%
39. synthesis 5%