臺波(PL)國合計畫─矽/鍺基奈米化塊材之熱電傳輸機制研究(3/3)

Keyphrases

1. Proton-conducting Solid Oxide Fuel Cells 80%
2. Thermoelectric Properties 65%
3. Nanowires 60%
4. Electrolyte 53%
5. Indium Telluride 40%
6. Graded Porosity 40%
7. Thermoelectric Device 40%
8. Polystyrene Nanospheres 40%
9. Cathode Design 40%
10. Polystyrene 40%
11. Silicon Nanowire Arrays 40%
12. Anode Functional Layer 40%
13. Nanofibrous 40%
14. Protonic Fuel Cell 40%
15. Fuel Cell 40%
16. Sintering Aid 40%
17. Anode Support 40%
18. Ni Anode 40%
19. Cell Performance 33%
20. In2Te3 30%
21. Triple Phase Boundary 26%
22. Ohmic Resistance 26%
23. Thermoelectric 25%
24. SiSn 20%
25. Ultralow Thermal Conductivity 20%
26. Hotspot Cooling 20%
27. Powder Sintering 20%
28. Powder Milling 20%
29. Ag Paste 20%
30. Silicon Nanowires (SiNWs) 20%
31. Polyimide 20%
32. Silicide 20%
33. ZT Value 20%
34. Thermoelectric Applications 20%
35. Mechanical Strength 20%
36. Waste Heat 20%
37. Time Enhancement 20%
38. Milling Process 20%
39. Sintering Process 20%
40. P-type 20%
41. Submillimeter 20%
42. Nanodevices 20%
43. Cost-effective Approach 20%
44. Proton 20%
45. NiO Addition 20%
46. Submillimeter Scale 20%
47. Thermoelectric Composites 20%
48. Porous Structure 18%
49. Nanoengineering 15%
50. Thermoelectric Materials 15%
51. Phonon Scattering 15%
52. Porosity 15%
53. Maximum Power Density 13%
54. Cathode Microstructure 13%
55. Porosity Gradient 13%
56. Catalytic Site 13%
57. Pore Former 13%
58. Screen-printed 13%
59. Microstructure Performance 13%
60. High Power Density 13%
61. Solid Oxide Fuel Cell 13%
62. Polarization Resistance 13%
63. Screen Printing 13%
64. Nanofibers 13%
65. Thermoelectric Behavior 10%
66. Microdevice 10%
67. Thermal Chemical Vapor Deposition 10%
68. Catalyst-assisted 10%
69. As-grown 10%
70. Growth Mechanism 10%
71. Vapor-liquid-solid 10%
72. Structural Characterization 10%
73. Energy Conversion 10%
74. Microscopy 10%
75. Recent Advances 10%
76. Phonon Thermal Conductivity 10%
77. Perovskite 6%
78. Low Polarization Resistance 6%
79. Fuel Cell Testing 6%
80. Open Circuit 6%
81. Fuel Cell Performance 6%
82. Proton Conductivity 6%
83. Impedance Characteristics 6%
84. Densification 6%
85. Electrochemical Impedance 6%
86. Hydrogen Oxidation Reaction 6%
87. Catalytic Activity 6%
88. Spin Coating 6%
89. Fully Dense 6%
90. Electrocatalytic 6%
91. Cathode Reaction 6%
92. Gas Transport Properties 6%
93. Electrolyte Microstructure 6%
94. Bulk Diffusion 6%
95. Grain Growth 6%
96. Sintering Mechanism 6%
97. Performance Enhancement 6%
98. Excellent Catalytic Performance 6%
99. Oxygen Vacancy 6%
100. Scattering Time 5%
101. Defect-induced 5%
102. Thermal Enhancement 5%
103. Electrical Conductivity 5%
104. Hot Pressing 5%
105. Spark Plasma Sintering Technique 5%
106. Feasible Route 5%
107. Flakes 5%
108. Chemical Composition 5%
109. Thermal Conductivity 5%
110. Thermal Energy Conversion 5%
111. X-ray Diffraction Measurement 5%
112. Figure of Merit ZT 5%

Material Science

1. Thermoelectrics 100%
2. Nanowire 80%
3. Oxide Compound 80%
4. Anode 80%
5. Sintering 48%
6. Cathode 45%
7. Silicon 40%
8. Indium 40%
9. Polystyrene 30%
10. Density 28%
11. Ultralow Thermal Conductivity 20%
12. Thermal Conductivity 20%
13. Thermoelectric Materials 16%
14. Nanosphere 15%
15. Oxygen Vacancy 13%
16. Spin Coating 13%
17. Electrolyte 13%
18. Electronic Circuit 13%
19. Microdevices 10%
20. Thermal Chemical Vapor Deposition 10%
21. Catalyst Activity 10%
22. Nanofiber 10%
23. Phase Interface 10%
24. Powder Milling 8%
25. Polyimide 8%
26. Device Type 8%
27. Nanodevice 8%
28. Silicide 8%
29. Strength of Materials 8%
30. Hot Pressing 6%
31. Electrical Resistivity 6%
32. X-Ray Diffraction 6%
33. Spark Plasma Sintering 6%
34. Diffraction Measurement 6%
35. Phase Composition 6%