理學院碩士在職專班

Material Science

1. Aluminum Oxide 73%
2. Annealing 15%
3. Anodizing 11%
4. Application of Sensors 8%
5. Atom-Transfer Radical-Polymerization 9%
6. Block Copolymer 8%
7. Capacitance 12%
8. Capacitor 18%
9. Composite Films 7%
10. Composite Material 35%
11. Conjugated Polymer 9%
12. Contact Angle 6%
13. Copolymer 16%
14. Density 22%
15. Dielectric Material 16%
16. Dielectric Property 34%
17. Differential Scanning Calorimetry 9%
18. Elastomer 38%
19. Electrical Conductivity 6%
20. Electrical Property 6%
21. Electrochromics 6%
22. Electronic Circuit 26%
23. Electrospinning 23%
24. Electrostatic Interaction 7%
25. Energy-Dispersive X-Ray Spectroscopy 7%
26. Epitaxy 5%
27. Ferroelectric Material 47%
28. Ferroelectric Thin Films 12%
29. Ferroelectricity 21%
30. Field Effect Transistor 21%
31. Film 100%
32. Free Volume 6%
33. Germanium 9%
34. Glass Transition Temperature 10%
35. Hydrogel 10%
36. Hydrogen Bonding 15%
37. Hydrophobicity 5%
38. Indium 18%
39. Ionic Conductivity 7%
40. Ionic Liquid 61%
41. Liquid Film 10%
42. Metal Oxide 13%
43. Metal-Oxide Interface 5%
44. Molecular Orientation 8%
45. MXene 21%
46. Nanocomposite 7%
47. Nanopore 28%
48. Nanorod 6%
49. Nanosheet 17%
50. Nanostructure 13%
51. Nanostructured Material 9%
52. Nanotube 6%
53. Nanowire 14%
54. Nitriding 7%
55. Non-Fullerene Acceptor 12%
56. Organic Solar Cells 42%
57. Oxide Compound 13%
58. Oxide Film 5%
59. Oxide Semiconductor 17%
60. Oxygen Vacancy 9%
61. Permittivity 24%
62. Photochromics 5%
63. Photovoltaic Performance 10%
64. Poly Methyl Methacrylate 6%
65. Poly Vinyl Alcohol 5%
66. Polycondensation 5%
67. Polyelectrolyte 7%
68. Polyester 21%
69. Polyethylene Glycol 5%
70. Polyethylene Terephthalate 16%
71. Polyimide 35%
72. Polymer Blend 8%
73. Polymer Coating 8%
74. Polymer Composite 8%
75. Polymer Nanoparticles 8%
76. Polymer Network 6%
77. Polystyrene 46%
78. Polyurethane 33%
79. Rigidity 6%
80. Scanning Electron Microscopy 5%
81. Self Assembled Monolayer 8%
82. Self Assembly 7%
83. Self-Healing 8%
84. Silica Nanoparticle 8%
85. Silicon 18%
86. Smart Textile 7%
87. Stress Analysis 6%
88. Superlattice 30%
89. Surface (Surface Science) 28%
90. Thermal Stability 25%
91. Thermoplastics 45%
92. Thin Films 9%
93. Thin-Film Transistor 28%
94. Tin 14%
95. Titanium Oxide 8%
96. Transistor 27%
97. Type Metal 6%
98. Wearable Sensor 14%
99. Zinc Oxide 18%
100. Zirconia 36%

Keyphrases

1. Annealing 9%
2. Annealing Process 12%
3. Anodic Aluminum Oxide Membrane 21%
4. Anodic Aluminum Oxide Template 24%
5. Antiferroelectric 12%
6. Antifuse 12%
7. Area-selective Atomic Layer Deposition 8%
8. Asymmetric Non-fullerene Acceptor 8%
9. Atomic Layer Deposited 16%
10. Azobenzene 15%
11. Azobenzene Polymer 16%
12. Azopolymer 16%
13. Capacitors 9%
14. Carbazole-based 8%
15. CexZr1-xO2 14%
16. Cross-linker 10%
17. Dielectric Properties 9%
18. Dual-responsive 9%
19. Elastomer 12%
20. Electrical Characteristics 19%
21. Electrospun 15%
22. Endurance Performance 9%
23. Enhanced Mechanical Properties 9%
24. Enhanced Stability 9%
25. Ferroelectric Memory 18%
26. Ferroelectric Thin-film Transistors 12%
27. Field-effect Transistors 12%
28. Fill Factor 9%
29. Film Morphology 13%
30. Fluorene 8%
31. Gate-all-around 18%
32. Healable 12%
33. HfO2 38%
34. HfZrO2 25%
35. High Performance 28%
36. High Stretchability 9%
37. High Thermal Stability 9%
38. In Situ 12%
39. Interfacial Layer 10%
40. Ion Conductivity 14%
41. Ionic Liquid 17%
42. Ionic Transport 9%
43. Junction-less 17%
44. Light-induced 10%
45. Light-responsive 11%
46. Low Dielectric Constant 8%
47. Low Dielectric Properties 8%
48. Low Temperature 12%
49. Mechanical Properties 15%
50. Memory Window 23%
51. Microwave Annealing 12%
52. Nanoarrays 14%
53. Nanochannel 19%
54. Nanolamination 16%
55. Nanopore 10%
56. Nanopore Geometry 9%
57. Nanoporous Membrane 9%
58. NH3 Plasma 14%
59. Non-fullerene Acceptors 11%
60. Non-volatile Memory 9%
61. One-time Programmable (OTP) Memory 8%
62. Organic Photovoltaics 21%
63. Organic Solar Cells 16%
64. Photofluidization 12%
65. Photoresponsivity 14%
66. Photoswitchable 14%
67. Photovoltaic Performance 9%
68. Poly(3,4-ethylenedioxythiophene):Poly(styrenesulfonate) 16%
69. Poly(methyl methacrylate) 11%
70. Poly-Si 8%
71. Poly-Si Channel 12%
72. Polyimide 21%
73. Polymeric Ionic Liquids 23%
74. Polystyrene 25%
75. Positive Gate Bias Stress 9%
76. Power Conversion Efficiency 16%
77. Remnant Polarization 12%
78. Self-healable 12%
79. Self-healing 23%
80. Sensor Applications 9%
81. Short Channel 8%
82. Si Nanosheets 8%
83. Solid Additives 12%
84. Spiropyran 14%
85. Stress Testing 8%
86. Stretchability 9%
87. Stretchable 9%
88. Superlattice 31%
89. Supramolecular Assembly 8%
90. Sustainable Solutions 11%
91. Thermally Stable 9%
92. Thermoplastic Polyester Elastomer 12%
93. Thin-film Transistors 25%
94. Transistor 12%
95. Ultrathin 35%
96. Upcycling 16%
97. UV Light 9%
98. UV Radiation 9%
99. VOCs 9%
100. Zirconium Dioxide 34%