化學學系

Keyphrases

1. Dye-sensitized Solar Cells 100%
2. In Situ Scanning Tunneling Microscopy 65%
3. Single Crystal X-ray Diffraction (SCXRD) 58%
4. Taiwan 57%
5. Gas Chromatography-mass Spectrometry 47%
6. Octahedron 46%
7. High Efficiency 41%
8. Hydrothermal Synthesis 38%
9. Rutile 37%
10. Volatile Organic Compounds 36%
11. Two-photon 36%
12. Au(111) Electrode 34%
13. Power Conversion Efficiency 33%
14. Tetrahedron 33%
15. Monoclinic 32%
16. Scanning Tunneling Microscopy 32%
17. High Performance 32%
18. Biomass Burning 32%
19. Phosphate 30%
20. Perovskite Solar Cells (PeSCs) 29%
21. Au(111) 28%
22. Chromophore 28%
23. Thiophene 28%
24. Adsorption 27%
25. Mesomorphic Properties 27%
26. Aerosol 27%
27. Adlayer 27%
28. High-pressure Hydrothermal 26%
29. Two-photon Absorption 26%
30. South-East Asia 25%
31. Molecular Structure 25%
32. High Pressure High Temperature 25%
33. Room Temperature 25%
34. East Asia 24%
35. Hydrogen Bonds (H-bonds) 24%
36. Sensitizer 23%
37. Solution Process 23%
38. Columnar 23%
39. In Situ 23%
40. Solid-state NMR Spectroscopy 23%
41. Solid-state NMR 22%
42. Hole Transport Material 22%
43. Water Samples 22%
44. Mixed Valence 22%
45. Mesogenic 22%
46. Edge-sharing 21%
47. Polyaniline (PANi) 21%
48. Anions 21%
49. Particulate Matter 2.5 (PM2.5) 21%
50. Photovoltaic Performance 20%
51. Long-range Transport 20%
52. Ionic Conductivity 20%
53. Metallomesogens 20%
54. 3D Framework 20%
55. Aniline 19%
56. Pt(111) 19%
57. Organic Field-effect Transistors 19%
58. Electrochemical Properties 19%
59. Cubic Mesoporous Silica 19%
60. NMR Studies 19%
61. Triclinic 19%
62. Silicate 18%
63. Magnetic Susceptibility 18%
64. 7-SEAS 18%
65. Metal-organic Frameworks (MOFs) 18%
66. Pt(111) Electrode 18%
67. Benzene 18%
68. Small Molecules 18%
69. Organic Thin-film Transistors 18%
70. Biomass Burning Aerosols 18%
71. SBA-1 17%
72. Hydrothermal Conditions 17%
73. Limit of Quantification 17%
74. Sulfuric Acid 17%
75. Mesophases 17%
76. Electrolyte 17%
77. Perchloric Acid 17%
78. Cell-based 17%
79. Thermogravimetric Analysis 17%
80. Lithium-ion Battery 16%
81. Solid Polymer Electrolyte 16%
82. Solar Cell 16%
83. Solar Cell Applications 16%
84. Ruthenium Sensitizer 16%
85. Phenyl 16%
86. Gas Chromatography 16%
87. Microscopic Imaging 15%
88. Structural Characterization 15%
89. Organic-inorganic Hybrid Electrolyte 15%
90. Side Chain 15%
91. Carboxylic Acids 15%
92. Air Mass 15%
93. Structure-property Relationships 15%
94. Copper Complex 15%
95. Poly(ethylene oxide) 15%
96. Solid-phase Extraction 14%
97. Framework Structure 14%
98. LiFePO4 14%
99. Organically-templated 14%
100. Non-methane Hydrocarbons 14%

Chemistry

1. Crystal Structure 82%
2. Single Crystal X-Ray Diffraction 75%
3. electrode 73%
4. Scanning Tunneling Microscopy 71%
5. formation 57%
6. Octahedral Crystal 57%
7. NMR Spectroscopy 53%
8. Hydrothermal Synthesis 49%
9. Gas Chromatography Mass Spectrometry (GCMS) 41%
10. Solid-State NMR 38%
11. Mesoporous Silica 32%
12. Dye-Sensitized Solar Cell 29%
13. Carboxylic Acid 28%
14. Monoclinic Space Group 27%
15. Ambient Reaction Temperature 27%
16. Palladium 25%
17. Powder X-Ray Diffractometry 25%
18. Adlayer 24%
19. Crystal Phase Property 24%
20. P21 24%
21. dimer 24%
22. Heterocyclic Compound 23%
23. Liquid Crystal 23%
24. Thermogravimetric Analysis 23%
25. Polymerization 22%
26. Differential Scanning Calorimetry 22%
27. Mesophase 21%
28. Molecular Structure 21%
29. Vanadium 21%
30. Magnetic Permeability 21%
31. Mixed Valence 20%
32. Chromophore 20%
33. Single Crystalline Solid 19%
34. Hydrogen 19%
35. stability 19%
36. Ruthenium 19%
37. Uranium 19%
38. Gas Chromatography 17%
39. Table Salt 17%
40. Silicon Dioxide 17%
41. Two-Photon Absorption 16%
42. electronics 16%
43. Volatile Organic Compound 16%
44. Derivatization 15%
45. Alkene 15%
46. Fluorescence Spectrum 15%
47. Hydrogen Bonding 15%
48. Thiophene 15%
49. Propene 15%
50. Solid-Phase Extraction 14%
51. Carbene 14%
52. X-Ray Diffraction 14%
53. Aluminum 14%
54. Titanium 14%
55. Triclinic Space Group 14%
56. Donor 13%
57. Lithium 13%
58. Benzene 13%
59. Cobalt 13%
60. Aldehyde 13%
61. Catalyst Activity 12%
62. Spectroscopy 12%
63. X-Ray Diffraction 12%
64. Optical Microscopy 12%
65. Absorption Spectra 12%
66. Desorption 12%
67. Poly(ethylene Glycol) 11%
68. Solid-Phase Microextraction 11%
69. Meso Porosity 11%
70. Electrodeposition 11%
71. Cyclic Voltammetry 11%
72. Nanoparticle 11%
73. Imine 11%
74. Pyrazole 11%
75. Excited State 11%
76. Polymer Electrolyte 11%
77. Orthorhombic Space Group 11%
78. Ionic Conductivity 11%
79. Condensation 10%
80. 1H NMR Spectroscopy 10%
81. Tetraethyl Orthosilicate 10%
82. Uranium Dioxide 10%
83. Tandem Mass Spectrometry 10%
84. Carboxamide 10%
85. 13C NMR Spectroscopy 9%
86. Density Functional Theory 9%
87. Mugineic Acid 9%
88. Bipyridine 9%
89. Oxalic Acid 9%
90. Sorbent 9%
91. Poly(ethylene) 9%
92. Thiol 9%
93. Hydrogenation 9%
94. Enantioselectivity 9%
95. Borate 9%
96. Photoluminescence 9%
97. Electronic Spectroscopy 9%
98. Disulfide 8%
99. Ketones 8%
100. Magnetic Property 8%