材料学院

Material Science

1. Density 100%
2. Lithium Ion Battery 85%
3. Battery (Electrochemical Energy Engineering) 73%
4. Cathode 73%
5. X-Ray Diffraction 68%
6. Scanning Electron Microscopy 63%
7. Lithium 62%
8. Mechanical Strength 60%
9. Cathode Material 59%
10. Nanocrystalline Material 57%
11. Nanoparticle 54%
12. Anode 47%
13. Powder 45%
14. Graphene 41%
15. Oxide Compound 41%
16. Polyurethane 37%
17. Film 37%
18. Sodium Ion Battery 35%
19. Thermal Stability 35%
20. Nanosheet 35%
21. Perovskite 33%
22. Aluminum 31%
23. Flame Retardant 30%
24. Nanocomposites 29%
25. Strain Rate 28%
26. Ultimate Tensile Strength 28%
27. Energy Density 27%
28. Oxidation Reaction 27%
29. High Entropy Alloys 26%
30. Sodium 26%
31. Differential Scanning Calorimetry 25%
32. Dielectric Material 25%
33. Tungsten 24%
34. Photoluminescence 23%
35. Crystalline Material 23%
36. Thermogravimetric Analysis 23%
37. Nuclear Magnetic Resonance 22%
38. Hydrogel 22%
39. Solid Electrolyte 21%
40. Optical Property 21%
41. Crystal Structure 21%
42. Titanium Alloys 21%
43. Quantum Dot 21%
44. Titanium Dioxide 20%
45. Elastomer 20%
46. Lithium Ion 20%
47. Carbon Dioxide 20%
48. Carbon Nanotube 19%
49. Heat Treatment 19%
50. Explosive 19%
51. Cobalt 18%
52. Amorphous Material 18%
53. Sintering 18%
54. Anode Material 18%
55. Copolymer 18%
56. Heterojunction 17%
57. Metal-Organic Framework 17%
58. Thermal Conductivity 17%
59. Supercapacitors 17%
60. ZnO 16%
61. Polymerization 16%
62. Self Assembly 16%
63. Single Crystal 16%
64. Epoxy 16%
65. Yield Stress 16%
66. Solid Propellant 16%
67. Silicon 16%
68. Polyethylene Glycol 16%
69. Spark Plasma Sintering 15%
70. Thin Films 15%
71. Sol-Gel 15%
72. Electrochemical Property 15%
73. Hydrogen Bonding 15%
74. Ionic Liquid 15%
75. Transmission Electron Microscopy 15%
76. Dielectric Property 15%
77. Ti-6Al-4V 15%
78. Perovskite Solar Cell 14%
79. Nanowire 14%
80. Titanium 14%
81. Ionic Conductivity 14%
82. Nanofiber 13%
83. Plasma Spraying 13%
84. Thermal Property 13%
85. Zirconia 13%
86. Aerogels 13%
87. Nanorod 13%
88. Activation Energy 13%
89. Permittivity 12%
90. Lithium Metal Battery 12%
91. Fourier Transform Infrared Spectroscopy 12%
92. Matrix Composite 12%
93. Microsphere 12%
94. Mechanical Property 12%
95. Nucleation 12%
96. X-Ray Photoelectron Spectroscopy 12%
97. Reduced Graphene Oxide 12%
98. Polyhedral Oligomeric Silsesquioxane 12%
99. Electrocatalysts 12%
100. Capacitance 12%

Engineering

1. Microstructure 51%
2. Battery (Electrochemical Energy Engineering) 25%
3. Lithium-Ion Batteries 23%
4. Energy Engineering 19%
5. Ray Diffraction 18%
6. Computer Simulation 18%
7. Strain Rate 16%
8. Energetics 15%
9. Binders 15%
10. Polyurethan 15%
11. Experimental Result 14%
12. Room Temperature 13%
13. Ultimate Tensile Strength 13%
14. Nanoparticle 12%
15. Strain 11%
16. Nanocomposite 11%
17. Low-Temperature 11%
18. Transmissions 10%
19. Graphene 10%
20. Retention Capacity 10%
21. Discharge Capacity 10%
22. High Strain Rate 10%
23. Adiabatic Shear Band 10%
24. High-Entropy Alloys 10%
25. Demonstrates 9%
26. Sodium-Ion Battery 9%
27. Heat Treatment 8%
28. Defects 8%
29. Tensiles 8%
30. Ti-6al-4v 8%
31. Dielectrics 8%
32. Crystal Structure 8%
33. Spark Plasma Sintering 8%
34. Elastomer 8%
35. Energy Density 7%
36. Thermal Barrier 7%
37. Split Hopkinson Pressure Bar 7%
38. Failure Mechanism 7%
39. Barrier Coating 7%
40. Conductive 7%
41. Burning Rate 7%
42. Core-Shell 7%
43. Ammonium Polyphosphate 6%
44. Yield Strength 6%
45. Thermal Conductivity 6%
46. Lithium Ion Battery 6%
47. Engineering 6%
48. Compressive Strength 6%
49. Plastic Deformation 6%
50. Tensile Property 6%
51. Rate Capability 6%
52. Ignition 6%
53. Scanning Electron Microscope 6%
54. Quantum Dot 6%
55. Sintering 5%
56. Mols 5%
57. Rates of Strain 5%
58. Deformation Mechanism 5%
59. Young's Modulus 5%
60. Grain Boundary 5%
61. Perovskite Solar Cells 5%
62. Activation Energy 5%
63. Finite Element Method 5%
64. Plasma Spraying 5%
65. Microstructure Evolution 5%
66. Limiting Oxygen Index 5%
67. Carbon Nanotube 5%
68. Two Dimensional 5%
69. Internals 5%
70. Composite Material 5%
71. Simulation Result 5%
72. Thin Films 5%
73. Obtains 5%
74. Cycling Stability 5%