光電學院

Keyphrases

1. Light-emitting Diodes 59%
2. Liquid Crystal 49%
3. Light-emitting Electrochemical Cells 46%
4. High Efficiency 44%
5. Indium Gallium Nitride (InGaN) 40%
6. Quantum Dots 37%
7. Vertical-cavity Surface-emitting Laser (VCSEL) 31%
8. Virtual Reality 28%
9. Nematic Liquid Crystal 24%
10. GaN-based Light-emitting Diodes 23%
11. Radio over Fiber System 22%
12. Nitrides 22%
13. Liquid Crystal Cell 21%
14. White Light 21%
15. Metal-organic Chemical Vapor Deposition (MOCVD) 21%
16. RoF System 21%
17. Microstructure 19%
18. Surface Plasmon Resonance 19%
19. Nanoparticles 19%
20. Solar Cell 19%
21. Wireless 18%
22. Optical Properties 18%
23. White Light-emitting Diodes 18%
24. Gallium Arsenide 18%
25. Liquid Crystal Display 18%
26. Micro-light-emitting Diodes (micro-LEDs) 16%
27. Multiphoton Microscopy 16%
28. Gbps 16%
29. Multiple Quantum Wells 16%
30. GaN-based 16%
31. Cholesteric Liquid Crystal 15%
32. Photonic Crystal 14%
33. Nanorods 14%
34. Power Output 14%
35. Cell-based 14%
36. High Performance 14%
37. Room Temperature 14%
38. Second Harmonic Generation 13%
39. Quantum Dot Light-emitting Diodes 13%
40. Colloidal Quantum Dots 13%
41. Brain-computer Interface 13%
42. Distributed Bragg Reflector 13%
43. Annealing 13%
44. Low Temperature 12%
45. Temporal Attention 12%
46. Light Source 12%
47. Multiphoton 12%
48. Three-dimensional (3D) 12%
49. P-GaN 12%
50. Indium Tin Oxide 12%
51. Direct Detection 11%
52. Carbon Nanotubes 11%
53. External Quantum Efficiency 11%
54. Silica 11%
55. Color Temperature 11%
56. Surface Plasmon 11%
57. Liquid Crystal Devices 11%
58. Photodetector 11%
59. Optical OFDM 11%
60. Device-independent 11%
61. Grating 10%
62. Solid State 10%
63. High-resolution 10%
64. Head-mounted Display 10%
65. Two Dimensional 10%
66. Power Conversion Efficiency 10%
67. Electroencephalography 10%
68. Biosensing 10%
69. Light Output 10%
70. Solid State Light 10%
71. Systems-based 10%
72. Patterned Sapphire Substrate 10%
73. Defect Mode 10%
74. W-band 10%
75. Column Driver 10%
76. Optoelectronic Properties 9%
77. Sapphire Substrate 9%
78. Wireless Transmission 9%
79. Electrical Properties 9%
80. Transistor 9%
81. Two-photon Fluorescence 9%
82. Bovine Serum Albumin 9%
83. Glass Substrate 9%
84. Quantum Well 9%
85. TFT-LCD 9%
86. Thin-film Transistors 9%
87. Current Density 8%
88. Waveguide 8%
89. Solid Oxide Fuel Cell 8%
90. Graphene 8%
91. OFDM Signal 8%
92. Buffer Amplifier 8%
93. Plasmonics 8%
94. Nanostructures 8%
95. Spindle Motor 8%
96. Single-mode Fiber 8%
97. High Temperature 8%
98. Nanoantenna 8%
99. Light Extraction Efficiency 8%
100. Second Harmonic Generation Microscopy 8%

Engineering

1. Light-Emitting Diode 100%
2. Quantum Dot 55%
3. Liquid Crystal 51%
4. Surface Plasmon 35%
5. Solar Cell 33%
6. Emitting Light 32%
7. Thin Films 29%
8. Experimental Result 29%
9. Emitting Laser 22%
10. Nitride 22%
11. Gallium Arsenide 22%
12. Plasmonics 22%
13. Cavity Surface 21%
14. Quantum Well 21%
15. Nanoparticle 19%
16. Liquid Crystal Display 18%
17. Photonics 17%
18. Dielectrics 17%
19. Light Source 15%
20. Harmonic Generation 15%
21. Sapphire Substrate 15%
22. Multiple-Input Multiple-Output 15%
23. Output Power 14%
24. Two Dimensional 14%
25. Waveguide 14%
26. Bragg Cell 13%
27. Nanorod 13%
28. Reflectance 13%
29. Nanoscale 13%
30. High Resolution 13%
31. Virtual Reality 12%
32. Silicon Dioxide 11%
33. Chemical Vapor Deposition 11%
34. Luminaires 11%
35. Vapor Deposition 11%
36. Electric Field 10%
37. Band Gap 10%
38. Indium-Tin-Oxide 10%
39. Phase Composition 10%
40. Low-Temperature 10%
41. Optical Element 10%
42. Photometer 10%
43. External Quantum Efficiency 10%
44. Buffer Amplifier 9%
45. Brain-Computer Interface 9%
46. Fiber Optics 9%
47. Refractive Index 9%
48. Refractivity 9%
49. Nanomaterial 9%
50. Holograms 9%
51. Indium Gallium Arsenide 9%
52. Backlight 9%
53. Superlattice 9%
54. Metal Organic Chemical Vapor Deposition 9%
55. Radio-Over-Fiber System 8%
56. Color Temperature 8%
57. Total Internal Reflection 8%
58. Power Conversion Efficiency 8%
59. Room Temperature 8%
60. Direct Detection 8%
61. Division Multiplexing 8%
62. Nyquist Frequency 8%
63. Optical Efficiency 8%
64. Electric Power Utilization 8%
65. Simulation Result 8%
66. Graphene 8%
67. Thin-Film Transistor 8%
68. Carbon Nanotube 8%
69. Contrast Ratio 8%
70. Light Extraction Efficiency 8%
71. Transients 7%
72. Orthogonal Frequency Division Multiplexing 7%
73. Digital Micromirror Device 7%
74. Sampling Rate 7%
75. Heterojunctions 7%
76. Conversion Efficiency 7%
77. Frame Rate 7%
78. Radio Frequency 7%
79. Photodetector 7%
80. Glass Substrate 7%
81. Nanocomposite 6%
82. Current Injection 6%
83. Phase Shift 6%
84. Conductive 6%
85. Signal-to-Noise Ratio 6%
86. Biosensing 6%
87. Passivation 6%
88. Ray Diffraction 6%
89. Nanowire 6%
90. Data Rate 6%
91. Sidebands 6%
92. Joints (Structural Components) 6%
93. One Dimensional 6%
94. Digital-to-Analog Converter 6%
95. Finite Element Analysis 6%
96. Optoelectronics 6%
97. Epitaxial Film 6%
98. Ultraviolet Light 6%
99. Biosensor 6%
100. Interferometry 6%