Department of Physics

Keyphrases

1. High Performance 100%
2. High Efficiency 97%
3. Perovskite Solar Cells (PeSCs) 80%
4. Organic Light-emitting Diodes 79%
5. Organic Solar Cells 79%
6. Power Conversion Efficiency 67%
7. Photoluminescence 58%
8. Spontaneous Emission 56%
9. Perovskite 55%
10. Porous Silicon 48%
11. Electroluminescence 40%
12. Phenyl 40%
13. Room Temperature 36%
14. Quantum Interference 36%
15. Luminescence 35%
16. Charge Transport 34%
17. Hole Transport 33%
18. Photonic Crystal 33%
19. Two-photon 32%
20. Optical Properties 32%
21. Hole Transport Layer 32%
22. Indium Tin Oxide 31%
23. Two Dimensional 30%
24. Plume 29%
25. Complex Networks 29%
26. Perovskite Film 29%
27. Microcavity 28%
28. Photoluminescence Spectra 28%
29. One-dimensional Photonic Crystal 28%
30. Band Gap 27%
31. Solution Process 27%
32. Upper Level 26%
33. Naphthyl 26%
34. Active Layer 26%
35. Three-dimensional (3D) 25%
36. Light-emitting Diodes 25%
37. Dopant 24%
38. Hole Mobility 24%
39. Organic Semiconductors 24%
40. Bulk Heterojunction 23%
41. Numerical Simulation 23%
42. Frenkel-Kontorova Model 23%
43. Tris 23%
44. Device Performance 23%
45. Solar Cell 23%
46. Biphenyl 22%
47. Near-infrared 22%
48. Low Temperature 22%
49. Electron Transport 22%
50. Annealing 21%
51. Emission Spectrum 21%
52. Electron Transport Layer 21%
53. Event-related Potentials 21%
54. Diphenyl 21%
55. Alq3 20%
56. Non-fullerene Organic Solar Cells 20%
57. Three-level Atom 20%
58. Emissive Layer 20%
59. Eu3+ 20%
60. Organic Photovoltaics 20%
61. Acoustics 20%
62. Two-level Atom 19%
63. White Organic Light-emitting Diodes (WOLEDs) 19%
64. Plasmonics 19%
65. Order of Magnitude 19%
66. Silica 19%
67. Molybdenum Trioxide 19%
68. Metasurface 18%
69. Ultrathin 18%
70. Bulk Heterojunction Organic Solar Cells 18%
71. Lanthanide Complexes 18%
72. Transport Properties 17%
73. Neural Network 17%
74. ZnO Nanorods 17%
75. Organic Photodetectors 17%
76. Tris(8-hydroxyquinolinato)aluminum 17%
77. PTB7 17%
78. Photon-induced 17%
79. Oscillation 17%
80. Residue Iteration Decomposition 17%
81. PC71BM 17%
82. Laser Pulse 17%
83. Carrier Mobility 16%
84. Temperature Effect 16%
85. Phase Synchronization 16%
86. Non-Hermitian 16%
87. Cell-based 16%
88. Bulk Heterojunction Solar Cells 15%
89. Two-photon Absorption 15%
90. External Quantum Efficiency 15%
91. Elemental Analysis 15%
92. Metamaterials 15%
93. Mode-locked Lasers 15%
94. ArF Laser 15%
95. Nonlinear Optical Properties 14%
96. Driving Field 14%
97. Heat Conduction 14%
98. Metal Halide Perovskites 14%
99. Phosphorescent Organic Light-emitting Diodes (PhOLEDs) 14%
100. Electronic Properties 14%