垂直式有機發光電晶體與下世代顯示器之研究(1/3)

Keyphrases

1. Next Generation Displays 100%
2. Organic Light-emitting Transistors 100%
3. Display Applications 50%
4. Vertical Organic Transistor 50%
5. Low Driving Voltage 50%
6. Project Research 25%
7. Display Array 25%
8. Organic Layer Thickness 25%
9. Structural Restrictions 25%
10. Nanopatterning 25%
11. Organic Transistors 25%
12. High Capacitance Dielectrics 25%
13. Luminous Intensity 25%
14. Driving Circuit 25%
15. Vertical Transistors 25%
16. Device Area 25%
17. Electrode Device 25%
18. Device Design 25%
19. Submicron 25%
20. AMOLED Display 25%
21. Lateral Transistor 25%
22. Aperture Ratio 25%
23. Luminous Color 25%
24. Optoelectronic Analysis 25%
25. High-resolution Displays 25%
26. See-through 25%
27. Colloidal Lithography 25%
28. Transparent Electrode 25%
29. Luminous Efficiency 25%
30. Device Miniaturization 25%
31. Significant Benefit 25%
32. Channel Length 25%
33. Device Simulation 25%
34. Electrical Properties 25%
35. Atomic Layer Deposition 25%
36. High Current Density 25%
37. Dielectric Layer 25%
38. Transistor 25%
39. Downscaling 25%
40. Flexible Display 25%
41. Organic Optoelectronics 25%
42. Organic Semiconductors 25%
43. Rollable 25%
44. Device Structure 25%
45. Optoelectronic Characterization 25%
46. Lithography Technique 25%
47. Ultrathin Dielectrics 25%

Engineering

1. Emitting Light 100%
2. Lithography 50%
3. Voltage Driving 50%
4. Channel Length 25%
5. Dielectrics 25%
6. Device Structure 25%
7. Research Project 25%
8. Optoelectronics 25%
9. Experimental Technique 25%
10. Dielectric Layer 25%
11. High Current Density 25%
12. High Resolution 25%
13. Atomic Layer Deposition 25%
14. Organic Semiconductor 25%
15. Aperture Ratio 25%
16. Organic Layer 25%
17. Optoelectronic Device 25%
18. Layer Thickness 25%
19. Luminous Intensity 25%