光電工程學系

Keyphrases

1. Light-emitting Diodes 56%
2. Indium Gallium Nitride (InGaN) 49%
3. Vertical-cavity Surface-emitting Laser (VCSEL) 44%
4. GaN-based 31%
5. Thin-film Transistors 30%
6. High Efficiency 28%
7. Visible Light Communication 28%
8. Photonic Crystal 24%
9. Micro-light-emitting Diodes (micro-LEDs) 23%
10. Quantum Dots 23%
11. Room Temperature 23%
12. Multiple Quantum Wells 22%
13. Amorphous InGaZnO (a-IGZO) 22%
14. GaN-based Light-emitting Diodes 21%
15. High Performance 20%
16. Polycrystalline Silicon Thin-film Transistors (poly-Si TFTs) 17%
17. Oxide Thin-film Transistors 16%
18. Metal-organic Chemical Vapor Deposition (MOCVD) 15%
19. Liquid Crystal 15%
20. Silica 15%
21. Power Output 15%
22. Optical Properties 14%
23. Gbps 14%
24. Nanorods 14%
25. Indium Tin Oxide 14%
26. Orthogonal Frequency Division multiplexing 14%
27. Gallium Arsenide 14%
28. Power Conversion Efficiency 13%
29. Liquid Crystal Lens 13%
30. Distributed Bragg Reflector 13%
31. Solar Cell 13%
32. Mode-locking 13%
33. Light Output 13%
34. Lasing 12%
35. Zinc Oxide Thin Films 12%
36. Erbium-doped Fiber Laser 12%
37. WDM-PON 11%
38. Liquid Crystal Display 11%
39. Organic Thin-film Transistors 11%
40. Backlight 11%
41. Visible Light Communication System 11%
42. Passive Optical Network 11%
43. Single-longitudinal-mode 11%
44. Photonic-crystal Surface-emitting Laser 11%
45. Metasurface 11%
46. A-Si 11%
47. Aluminum Gallium Nitride (AlGaN) 10%
48. Photoluminescence 10%
49. Light Source 10%
50. White Light-emitting Diodes 10%
51. Quantum Well 10%
52. Threshold Voltage 10%
53. Electrical Characteristics 10%
54. Wavelength Division multiplexing 10%
55. Electrically Tunable 10%
56. Diode Laser 10%
57. Semi-polar 9%
58. Nanostructures 9%
59. Microcavity 9%
60. Silicon Photonics 9%
61. Single-mode Fiber 9%
62. Solution Process 9%
63. Annealing 9%
64. Grating 9%
65. Long-reach Passive Optical Network (LR-PON) 9%
66. External Quantum Efficiency 9%
67. InGaAs 9%
68. Patterned Sapphire Substrate 9%
69. QAM-OFDM 9%
70. Organic Light-emitting Diodes 8%
71. Plasmonics 8%
72. Efficiency Droop 8%
73. Low Temperature 8%
74. Radio over Fiber System 8%
75. Optical Wireless Communication 8%
76. High Power 8%
77. Graphene 8%
78. Wavelength Tuning 8%
79. 4-level Pulse Amplitude Modulation (PAM-4) 8%
80. Field Sequential Color 8%
81. Oxides 8%
82. Ultrathin 8%
83. White Light 8%
84. Erbium-doped Fiber 8%
85. Bit Error Rate 7%
86. High-resolution 7%
87. Polarization-independent 7%
88. Electrical Properties 7%
89. Gallium Nitride 7%
90. Waveguide 7%
91. Active Layer 7%
92. Dielectric 7%
93. Three-dimensional (3D) 7%
94. Sapphire Substrate 7%
95. Photopolymer 7%
96. Phase Modulation 7%
97. 16QAM 7%
98. Rayleigh Backscattering 7%
99. Nitrides 7%
100. Power Penalty 7%

Engineering

1. Light-Emitting Diode 100%
2. Thin-Film Transistor 51%
3. Liquid Crystal 45%
4. Emitting Laser 43%
5. Quantum Well 37%
6. Photonics 34%
7. Quantum Dot 33%
8. Cavity Surface 31%
9. Solar Cell 27%
10. Thin Films 23%
11. Backlight 21%
12. Polysilicon 19%
13. Room Temperature 18%
14. Fiber Laser 17%
15. Erbium-Doped Fiber 17%
16. Experimental Result 17%
17. Silicon Dioxide 17%
18. Bragg Cell 17%
19. Communication System 16%
20. Liquid Crystal Display 16%
21. Low-Temperature 16%
22. Gallium Arsenide 16%
23. Data Rate 15%
24. Output Power 15%
25. Plasmonics 15%
26. Nitride 14%
27. Light Source 14%
28. Sapphire Substrate 13%
29. Dielectrics 13%
30. Reflectance 12%
31. Orthogonal Frequency Division Multiplexing 12%
32. Nanomaterial 12%
33. Indium-Tin-Oxide 11%
34. Passive Optical Networks 11%
35. High Resolution 10%
36. Doped Fiber Laser 10%
37. Longitudinal Mode 10%
38. Light Extraction 10%
39. Power Conversion Efficiency 10%
40. Organic Light-Emitting Diode 10%
41. Bit Error Rate 10%
42. Nanorod 10%
43. Network Access 9%
44. Indium Gallium Arsenide 9%
45. Surface Plasmon 9%
46. Response Time 9%
47. Nanowire 9%
48. Crystal Surface 9%
49. Simulation Result 9%
50. Wireless Communication 9%
51. Photovoltaics 9%
52. Waveguide 9%
53. External Quantum Efficiency 9%
54. Free Space 9%
55. Directional 9%
56. Ultraviolet Light 9%
57. Efficiency Droop 8%
58. Phase Composition 8%
59. Conversion Efficiency 8%
60. Electric Field 8%
61. Holograms 8%
62. Current Threshold 8%
63. Heterojunctions 8%
64. Semipolar 8%
65. Passivation 8%
66. Fiber Optics 7%
67. Light Output Power 7%
68. Fiber Ring 7%
69. Photodetector 7%
70. Chemical Vapor Deposition 7%
71. Vapor Deposition 7%
72. Band Gap 7%
73. Fabry Perot 7%
74. Refractivity 7%
75. Refractive Index 7%
76. Luminaires 7%
77. Erbium Fiber 7%
78. Single Mode Fibers 7%
79. Color Filter 7%
80. Light Output 7%
81. Dynamic Range 7%
82. Metal Organic Chemical Vapor Deposition 7%
83. Fiber Bragg Grating 6%
84. Blue Light 6%
85. Semiconductor Optical Amplifier 6%
86. Micro-Lens Array 6%
87. Atomic Layer Deposition 6%
88. Terahertz 6%
89. Metal-Oxide-Semiconductor Field-Effect Transistor 6%
90. Current Injection 6%
91. Photocurrent 6%
92. Resonator 6%
93. Electric Power Utilization 6%
94. Conductive 6%
95. Photometer 6%
96. Mobile Phones 6%
97. Fast Response 5%
98. Solitary Wave 5%
99. Side Wall 5%
100. Two Dimensional 5%