化學工程與材料工程學系

Material Science

1. Surface (Surface Science) 100%
2. Film 53%
3. Density 49%
4. Thin Films 41%
5. Nanoparticle 24%
6. Copolymer 22%
7. Titanium Dioxide 22%
8. X-Ray Diffraction 22%
9. Silicon 21%
10. Composite Material 19%
11. Contact Angle 17%
12. Nanowire 17%
13. Block Copolymer 16%
14. Polystyrene 16%
15. Scanning Electron Microscopy 16%
16. Silicide 15%
17. Oxide Compound 15%
18. Annealing 14%
19. Intermetallics 14%
20. Cathode 14%
21. Surface Active Agent 14%
22. Light-Emitting Diode 13%
23. Carbon Dioxide 13%
24. Zeolite 13%
25. Dissipative Particle Dynamics 12%
26. Transmission Electron Microscopy 12%
27. Stem Cell 12%
28. Polyethylene Glycol 12%
29. Diffusivity 12%
30. X-Ray Photoelectron Spectroscopy 11%
31. Nanostructure 11%
32. Anode 11%
33. Hydrogel 11%
34. Nucleation 11%
35. Aluminum Oxide 11%
36. Hydrogenation 11%
37. Electrical Resistivity 11%
38. Silicon Dioxide 9%
39. Biosensor 8%
40. Thermal Stability 8%
41. Micelle 8%
42. Solder Joint 8%
43. Titanium 8%
44. ZnO 8%
45. Metal-Organic Framework 8%
46. Morphology 7%
47. Nanocomposite 7%
48. Wettability 7%
49. Lithography 7%
50. Crystal Structure 7%
51. Biomaterial 7%
52. Desorption 7%
53. Surface Plasmon Resonance 7%
54. Activation Energy 7%
55. Self Assembly 7%
56. Grain Size 6%
57. Grain Boundary 6%
58. Lithium Ion Battery 6%
59. Nanosphere 6%
60. Mesoporous Silica 6%
61. Corrosion 6%
62. Aluminum 6%
63. Tin 6%
64. Hydrothermal Synthesis 6%
65. Platelet 5%
66. Ultimate Tensile Strength 5%
67. Carbon Nanotube 5%
68. Nanorod 5%
69. Electronic Circuit 5%
70. Nanodots 5%
71. Poly Methyl Methacrylate 5%
72. Cobalt 5%
73. Heat Treatment 5%
74. Differential Scanning Calorimetry 5%

Keyphrases

1. Annealing 18%
2. Rutile 18%
3. Electromigration 17%
4. Aluminum Oxide 14%
5. Soldering 12%
6. Silica 12%
7. Zeolite 12%
8. Adsorption 12%
9. Cell Culture 11%
10. Block Copolymer 11%
11. Zwitterion 11%
12. Si Substrate 11%
13. X Ray Diffraction 11%
14. Aqueous Solution 10%
15. Polystyrene 10%
16. Transmission Electron Microscopy 10%
17. Nanoparticles 10%
18. X-ray Photoelectron Spectroscopy 10%
19. Pressure Swing Adsorption 9%
20. Interfacial Reaction 9%
21. Copolymer 9%
22. Isothermal Titration Calorimetry 9%
23. Microstructure 9%
24. Cu-Sn 9%
25. Biomaterials 9%
26. Surfactant 9%
27. Intermetallic Compounds 8%
28. Low Temperature 8%
29. Ag Nanoparticles (AgNPs) 8%
30. Temperature Effect 8%
31. Scanning Electron Microscopy 8%
32. Hydrogenation 8%
33. Particle Size 8%
34. Dissipative Particle Dynamics 8%
35. Human Pluripotent Stem Cells (hPSCs) 8%
36. Aptamer 8%
37. Epitaxial 8%
38. PH Value 7%
39. Room Temperature 7%
40. Metal-organic Frameworks (MOFs) 7%
41. Polyethylene Glycol 7%
42. Stem Cells 7%
43. Solute 7%
44. Microcalorimetric 7%
45. Cu Substrate 7%
46. Contact Angle 7%
47. Crystallization 7%
48. Chloronitrobenzene 7%
49. TiSi2 7%
50. In Situ 6%
51. Cu6Sn5 6%
52. Diblock Copolymer 6%
53. Amino Acids 6%
54. Hematopoietic Stem Cells 6%
55. Catalytic Properties 6%
56. Nanostructures 6%
57. Electrolyte 6%
58. Silver Nanoparticles 6%
59. CO-PROX 6%
60. Electrostatic Interaction 6%
61. Mechanical Properties 6%
62. Carbon Dioxide 6%
63. Membrane Potential 5%
64. Ni-P 5%
65. Induced Pluripotent Stem Cells (iPSCs) 5%
66. Solder Joint 5%
67. Lipids 5%
68. Thermodynamics 5%
69. Iron Oxide 5%
70. High Temperature 5%
71. Sn-Cu 5%
72. Triblock Copolymer 5%
73. COSMO-SAC 5%
74. Thermal Stability 5%
75. Ethanol 5%
76. NiSi2 5%
77. Current Density 5%
78. High Activity 5%
79. Monte Carlo Simulation 5%
80. High Current Density 5%
81. Adsorbent 5%
82. Si(111) 5%
83. Silicon Substrate 5%
84. Contact Angle Hysteresis 5%
85. Activation Energy 5%
86. Light-emitting Diodes 5%
87. Hydrophobicity 5%
88. Current Stressing 5%
89. Sol-gel Method 5%
90. Phase Diagram 5%
91. Nanosize 5%
92. Salt Concentration 5%
93. Low Resistivity 5%
94. Phenylalanine 5%