School of Science (Behrend)

Keyphrases

1. Silica 100%
2. Chromophore 96%
3. Great Lakes 72%
4. Extracellular Vesicles 64%
5. Radiation Effects 63%
6. Diaspididae 63%
7. Merocyanine 62%
8. Perylene Diimide 58%
9. Si(111) 56%
10. Phase Ordering Dynamics 55%
11. Hemiptera 55%
12. Lake Erie 55%
13. Armored Scale Insects 54%
14. Boundary Value Problem 54%
15. Polychlorinated Biphenyls 53%
16. Low Energy 53%
17. Stretching Sheet 53%
18. Exciton Coupling 52%
19. Benzene 48%
20. Tenax 47%
21. Gate Oxide 46%
22. First-principles Calculations 45%
23. Chlorophyll a (Chl a) 44%
24. Photosystem I (PS I) 41%
25. Electronic Structure 40%
26. Heat Transfer 40%
27. Stagnation Point Flow 40%
28. Pennsylvania 39%
29. Zebrafish 39%
30. Boundary Layer Flow 39%
31. Brown Bullhead 39%
32. Cyclophanes 37%
33. Halogens 37%
34. Solid Parahydrogen 37%
35. Palladium 37%
36. Absorption Spectra 37%
37. Density Functional Calculations 37%
38. Infrared Spectra 35%
39. Potato Tuber 35%
40. Chloride 34%
41. Nanoparticles 34%
42. Band Gap 34%
43. Carotenoids 34%
44. Methyl 34%
45. Adsorption 34%
46. North America 34%
47. Chironomids 34%
48. Ameiurus Nebulosus 33%
49. MOSFET 32%
50. Flow Transferring 32%
51. Atomic Scale 32%
52. Heme 32%
53. Tenax Extraction 32%
54. Merocyanine Dyes 32%
55. Microscopic Model 31%
56. Microelectronics 31%
57. PCC 6803 31%
58. Synechocystis 31%
59. Order Parameter 31%
60. Single Point 31%
61. Alzheimer's Disease 30%
62. Bioaccumulation 30%
63. Dormancy 30%
64. Temperature Effect 30%
65. Valence Band Offset 30%
66. Engineering Level 30%
67. Performance Reliability 30%
68. Di-2-pyridyl Ketone 30%
69. 1,4-dimethylnaphthalene 30%
70. Environmental DNA (eDNA) 30%
71. Earth-like 29%
72. Optical Properties 29%
73. Dye Aggregates 29%
74. Desorption 29%
75. Well-defined 28%
76. Defect Generation 27%
77. Three-dimensional (3D) 27%
78. Structural Characterization 27%
79. Tumor 27%
80. Endosymbiont 27%
81. Liver Tumor 27%
82. Fluorescence Lifetime 27%
83. Physical Mechanism 26%
84. Interface Traps 26%
85. Calculus 26%
86. Homotopy Analysis Method 26%
87. Acetylcholinesterase Inhibitors (AChEI) 26%
88. Phosphonates 26%
89. Zirconia 26%
90. Sprout Inhibitors 26%
91. Acetylcholinesterase Inhibition 26%
92. Primary Endosymbiont 25%
93. Skin Tumor 25%
94. Si-H Bonds 25%
95. Arenes 25%
96. Bioaccessibility 25%
97. Excitation Energy Transfer 24%
98. Antenna 24%
99. Ab Initio Study 24%
100. Hydrogenated 24%