物理學系

INIS

1. absorption 32%
2. alloys 30%
3. anisotropy 41%
4. annealing 35%
5. antiferromagnetism 14%
6. applications 40%
7. atoms 39%
8. beams 16%
9. black holes 30%
10. chains 14%
11. charges 26%
12. chirality 16%
13. coercive force 16%
14. comparative evaluations 24%
15. concentration 20%
16. constraints 14%
17. correlations 16%
18. coupling 32%
19. crystals 37%
20. data 41%
21. defects 19%
22. density 17%
23. deposition 16%
24. devices 30%
25. dielectrics 18%
26. doped materials 50%
27. dynamics 30%
28. efficiency 17%
29. electrons 35%
30. emission 25%
31. energy 46%
32. excitation 15%
33. films 89%
34. geometry 15%
35. graphene 23%
36. gravitational waves 22%
37. growth 39%
38. holes 16%
39. hydrogen 25%
40. images 18%
41. increasing 17%
42. interactions 32%
43. interfaces 37%
44. investigations 18%
45. ions 16%
46. islands 22%
47. lasers 28%
48. layers 100%
49. learning 15%
50. levels 15%
51. light emitting diodes 20%
52. magnetic fields 18%
53. magnetic properties 32%
54. magnetization 25%
55. metals 17%
56. nanoparticles 18%
57. nanostructures 36%
58. optical properties 26%
59. oxygen 26%
60. peaks 24%
61. performance 22%
62. perovskite 19%
63. phase transformations 30%
64. phonons 35%
65. phosphors 14%
66. photoluminescence 18%
67. polarization 19%
68. power 17%
69. proteins 15%
70. raman effect 17%
71. range 26%
72. resolution 17%
73. resonance 16%
74. signals 25%
75. silicon 19%
76. simulation 21%
77. single crystals 31%
78. size 18%
79. solids 18%
80. solutions 26%
81. spectra 39%
82. spectroscopy 21%
83. spin 53%
84. stability 18%
85. strains 14%
86. substrates 30%
87. superconductors 18%
88. surfaces 97%
89. symmetry 24%
90. telescopes 21%
91. temperature dependence 19%
92. temperature range 0273-0400 k 29%
93. thickness 24%
94. thin films 66%
95. transport 32%
96. values 26%
97. variations 15%
98. x radiation 19%
99. x-ray diffraction 17%
100. zinc oxides 15%

Material Science

1. Absorption Spectra 12%
2. Activation Energy 6%
3. Anisotropy 34%
4. Annealing 19%
5. Anode 5%
6. Atomic Force Microscopy 6%
7. Auger Electron Spectroscopy 10%
8. Buffer Layer 10%
9. Carbon Nanotube 9%
10. Carrier Concentration 6%
11. Cathode 8%
12. Chemical Vapor Deposition 9%
13. Cobalt 11%
14. Crystal Structure 5%
15. Curie Temperature 5%
16. Density 28%
17. Dielectric Material 19%
18. Dielectric Property 17%
19. Electrical Resistivity 8%
20. Epitaxy 5%
21. Field Effect Transistor 5%
22. Film 81%
23. Fourier Transform Infrared Spectroscopy 5%
24. Gallium Arsenide 7%
25. Graphene 16%
26. Halide 6%
27. Heterojunction 17%
28. Hydrogen Evolution 5%
29. Hydrogenation 6%
30. Ionic Conductivity 5%
31. Lattice Vibration 8%
32. Light-Emitting Diode 19%
33. Lineshape 5%
34. Linewidth 5%
35. Lithium 5%
36. Lithium Ion Battery 6%
37. Low-Energy Electron Diffraction 11%
38. Luminescence 7%
39. Magnetic Property 35%
40. Magnetism 10%
41. Molecular Beam Epitaxy 5%
42. Molybdenum 11%
43. Monolayers 33%
44. Nanoparticle 12%
45. Nanostructure 11%
46. Nanowire 9%
47. Nucleation 7%
48. Optical Property 23%
49. Oxide Compound 8%
50. Permittivity 11%
51. Photoluminescence 19%
52. Physical Property 6%
53. Quantum Dot 7%
54. Raman Spectroscopy 12%
55. Scanning Tunneling Microscopy 15%
56. Silicon 12%
57. Single Crystal 29%
58. Solid Electrolyte 7%
59. Superconducting Material 14%
60. Superconductivity 8%
61. Superlattice 6%
62. Surface (Surface Science) 78%
63. Surface Plasmon 6%
64. Thin Films 46%
65. Transistor 8%
66. Two-Dimensional Material 10%
67. Ultrathin Film 19%
68. X-Ray Diffraction 8%
69. ZnO 9%