Sub Practicum

Keyphrases

1. Atomic Force Microscopy 100%
2. Graphene 63%
3. Graphene Nanoribbon 55%
4. Honeycomb Lattice 47%
5. Scanning Tunneling Microscopy 44%
6. Quantum Materials 43%
7. Electronic Structure 43%
8. Erbium-doped 36%
9. Er3+ 36%
10. Luminescence Quenching 36%
11. Hydrogenated Amorphous Silicon 36%
12. Indium Gallium Nitride (InGaN) 36%
13. P Orbital 36%
14. Acoustic Emission 36%
15. Nanoscale Chemical Imaging 36%
16. Multiple Quantum Wells 36%
17. Carbon Dioxide 36%
18. Ir(111) 36%
19. Scanning Tunneling Microscope 36%
20. Zero-energy Mode 36%
21. Density Functional Calculations 35%
22. Ultrafast 35%
23. Epitaxial Graphene 33%
24. Three-dimensional (3D) 30%
25. Atomic Resolution 30%
26. Atomic Force Microscopy Image 30%
27. Kagome Lattice 29%
28. Dirac Cone 27%
29. CdTe Quantum Dots 27%
30. Heterogeneous Catalyst 27%
31. Flat Band 27%
32. Scanning Tunneling Spectroscopy 27%
33. Corrugation 27%
34. Scanning Transmission X-ray Microscopy 27%
35. In Situ 27%
36. InGaN Quantum Wells 27%
37. Netherlands 27%
38. Low-temperature Scanning Tunneling Microscopy 27%
39. Two Dimensional 26%
40. Well-defined 24%
41. Charge Transport 24%
42. Scanning Probe Microscopy 24%
43. Tip-sample Distance 24%
44. Tip Apex 24%
45. Noncontact Atomic Force Microscopy 24%
46. Corner Modes 24%
47. Artificial Lattices 24%
48. Cu(111) 23%
49. Piezoelectric Field 22%
50. Social Influence 21%
51. Ribbon 21%
52. Electronic States 21%
53. Spatial Resolution 21%
54. Colloidal Nanocrystals 18%
55. All-optical 18%
56. Ultrafast Acoustics 18%
57. Polaron States 18%
58. Electron-phonon Coupling 18%
59. Chemisorption 18%
60. Hydrogenated Amorphous Silicon Thin Film 18%
61. Photocarriers 18%
62. Er3+ Luminescence 18%
63. Electrochemical Kinetics 18%
64. Hydrogen Intercalation 18%
65. Bake-out 18%
66. Safari 18%
67. TES Detectors 18%
68. Strain Wave 18%
69. Technologies for Ageing in Place 18%
70. Room-temperature Photoluminescence 18%
71. Erbium 18%
72. Student Perceptions 18%
73. Mental Effort 18%
74. Willingness to Use 18%
75. Luminescence Lifetime 18%
76. High Amplitude 18%
77. Intermolecular Bonds 18%
78. In-situ Synchrotron 18%
79. Nanowires 18%
80. Bond Length 18%
81. Diffusion Behavior 18%
82. Catalytic Reaction 18%
83. ZnO Nanowires 18%
84. Necklace 18%
85. Zeolite Crystal 18%
86. Vanadium Cluster 18%
87. Ultrahigh-throughput Screening 18%
88. Technology Acceptance 18%
89. Lasing 18%
90. Cadmium Selenide 18%
91. Water-soluble 18%
92. IR Microspectroscopy 18%
93. Induced Transition 18%
94. Dopant Atoms 18%
95. Diffusion Coefficient 18%
96. Gadolinium 18%
97. Structured Literature Review 18%
98. Heterostructure 18%
99. Synchrotron Techniques 18%
100. Electromagnetic Emission 18%