* Highly Cited Researcher

Keyphrases

1. High Performance 100%
2. Power Conversion Efficiency 83%
3. Organic Solar Cells 69%
4. All-polymer Solar Cells (all-PSC) 55%
5. High Efficiency 52%
6. Perovskite Solar Cells (PeSCs) 38%
7. Organic Photovoltaics 36%
8. Photodynamic Therapy 33%
9. Non-fullerene Acceptors 30%
10. Cancer Therapy 29%
11. Fill Factor 27%
12. Organic Semiconductors 26%
13. Human Embryonic Stem Cells (hESCs) 25%
14. Polymer Donors 24%
15. Perovskite 24%
16. Controller 23%
17. Cancer Cells 23%
18. Side Chain 23%
19. Multi-agent Systems 23%
20. Polymer Solar Cells 22%
21. Solar Cell 22%
22. Event-triggered 22%
23. Conjugated Polymers 22%
24. Organic Electrochemical Transistors 21%
25. Polymer Acceptors 21%
26. Organic Thin-film Transistors 20%
27. Human Pluripotent Stem Cells (hPSCs) 20%
28. Active Layer 20%
29. Open-circuit Voltage 19%
30. Non-fullerene Organic Solar Cells 19%
31. Small Molecule Acceptors 18%
32. Reactive Oxygen Species 17%
33. Cell-based 17%
34. Nonlinear multi-agent Systems 17%
35. Prodrug 17%
36. In Cancer 17%
37. Benzo 17%
38. Conjugated Polyelectrolytes 17%
39. Induced Pluripotent Stem Cells (iPSCs) 16%
40. Copolymer 16%
41. Electron Mobility 16%
42. Cancer Treatment 15%
43. Event-triggered Mechanism 15%
44. Thiophene 15%
45. Bulk Heterojunction 14%
46. Two Dimensional 14%
47. Observer-based 14%
48. Organic Photodetectors 14%
49. Lowest Unoccupied Molecular Orbital 14%
50. Fluorescent Probe 14%
51. Closed-loop System 14%
52. Linear Matrix Inequality 14%
53. Solution Process 14%
54. Naphthalene Diimide 14%
55. Milk Fat Globule-epidermal Growth Factor 8 14%
56. Photosensitizer 13%
57. Charge Transport 13%
58. Crystallinity 13%
59. Third Component 13%
60. High Power Conversion Efficiency 13%
61. Device Performance 13%
62. Consensus Protocol 13%
63. Numerical Examples 13%
64. Binary Organic Solar Cells 12%
65. Output Feedback 12%
66. Hole Transport Layer 12%
67. Imide 12%
68. Small Molecules 12%
69. Stem Cells 12%
70. Donor-acceptor 12%
71. Pole-zero Cancellation 12%
72. Theranostics 11%
73. Photovoltaic Performance 11%
74. Donor Polymers 11%
75. N-type Semiconductor 11%
76. Solid Additives 11%
77. Tumor 11%
78. Stem Cell-derived 11%
79. Fluorophore 11%
80. Hepatocyte-like Cells 11%
81. Cyano 11%
82. Mitochondrial Targeting 11%
83. Hepatocytes 11%
84. Short-circuit Current Density 10%
85. Tumor Cells 10%
86. Lyapunov-Krasovskii Functional 10%
87. Efficiency Improvement 10%
88. Bithiophene Imide 10%
89. Phototherapeutic 10%
90. Dithiophene 10%
91. Wide Bandgap 10%
92. Electron-deficient 10%
93. Cancer Stem Cells 10%
94. Indoor Organic Photovoltaics 10%
95. Planarity 9%
96. Hypoxia 9%
97. Control Scheme 9%
98. Long-term Stability 9%
99. Pyroptosis 9%
100. P-type 9%