芸術文化学系

Keyphrases

1. 13C NMR 45%
2. Aldehydes 19%
3. Alloy Powder 18%
4. Aluminum Alloy Powder 28%
5. Aluminum Oxide 39%
6. Ancient Bronze 37%
7. Annealing 15%
8. Aromatic Cluster 26%
9. Aromatic Compounds 23%
10. Aromatic Ring 38%
11. Aromatics 20%
12. Asphaltene 38%
13. Asphaltene Fractions 21%
14. Base Metals 19%
15. Benzene 20%
16. Bituminous Coal 26%
17. Bond Cleavage 17%
18. Bridge Bonds 21%
19. Bronze Mirror 43%
20. Brown Coal 37%
21. Butylation 18%
22. Carbon Distribution 17%
23. Catalytic Oxidation 22%
24. Chemical Structural 21%
25. Chemical Structure 28%
26. Cleavage Reactions 22%
27. Coal Model 49%
28. Coal Molecular Structure 17%
29. Coal Molecule 19%
30. Coal Particles 28%
31. Coal Pyrolysis 22%
32. Coal Rank 17%
33. Coking Coal 51%
34. Computer-aided Molecular Design 35%
35. Corrosion 16%
36. Curie Point Pyrolyzer 25%
37. DC Reactive Magnetron Sputtering 22%
38. Design Study 35%
39. Dibenzothiophene 34%
40. Dispersed Particles 16%
41. Facing Targets Sputtering System 21%
42. Functionally Graded Materials 17%
43. Heat Treatment 59%
44. Hexagonal Boron Nitride (h-BN) 18%
45. High Hardness 17%
46. Hydrocracking 38%
47. Hydrogen Storage Alloy 21%
48. Illinois 22%
49. Intermetallic Compounds 17%
50. Japan 35%
51. Low-rank Coal 18%
52. Maximum Fluidity 18%
53. Mechanical Alloying 54%
54. Mechanical Properties 56%
55. Methane Reforming 17%
56. Microorganisms 19%
57. Microstructure 20%
58. Mixed Powder 28%
59. Model Molecules 21%
60. Molecular Oxygen 52%
61. Molybdenum Alloy 21%
62. N,N-dimethylaniline 23%
63. Nb3Al 17%
64. NMR Measurements 18%
65. Oxidation Reaction 36%
66. Oxygen-containing Functional Groups 17%
67. Palladium 24%
68. Petroleum-derived 17%
69. Physical Density 17%
70. Pressureless Sintering 31%
71. Pulse Current 31%
72. Pulse Current Pressure Sintering 91%
73. Pure Copper 19%
74. Pyridine 33%
75. Pyrolysis 34%
76. Reactive Sputtering 20%
77. Ring Width 18%
78. Room Temperature 22%
79. Ruthenium Ion-catalyzed Oxidation 32%
80. Satoyama Landscape 21%
81. Scanning Electron Microscopy 19%
82. Single Coal Particle 24%
83. Sintered Compacts 30%
84. Sintered Molybdenum 21%
85. Sintering Process 80%
86. Solid-state NMR 15%
87. Soluble Fraction 16%
88. Solvent Swelling 34%
89. Spark Plasma Sintering 52%
90. Spark Plasma Sintering Technique 18%
91. Structural Features 16%
92. Sulfur 17%
93. Surface Modification 23%
94. Swelling Ratio 23%
95. TiN Film 21%
96. Total Gas Pressure 16%
97. Transferable Hydrogen 25%
98. Y-type Zeolite 34%
99. Zeolite 20%
100. Zeolite Catalyst 34%

Engineering

1. Accelerating Voltage 10%
2. Adjacent Layer 7%
3. Al Alloy 25%
4. Al Powder 11%
5. Aluminum Powder 14%
6. Aromatic Ring 24%
7. Aromatics 41%
8. Asphaltenes 14%
9. Automotive Component 7%
10. Base Metal 17%
11. Beam Irradiation 14%
12. Bituminous Coal 15%
13. Bond Cleavage 12%
14. Carbonization Process 9%
15. Chalcocite 7%
16. Chemical Structure 17%
17. Coal Particle 35%
18. Coal Rank 7%
19. Coal Sample 17%
20. Coefficient of Friction 8%
21. Coking Coal 42%
22. Color Appearance 7%
23. Concrete Buildings 7%
24. Cooling Effect 7%
25. Core Material 9%
26. Corrosion Product 17%
27. Cuprite 7%
28. Current Pulse 82%
29. Deposited Film 10%
30. Die Casting 7%
31. Discharge Pressure 7%
32. Electron Probe Micro Analyzer 8%
33. Energy Engineering 13%
34. External Wall 7%
35. Facades 7%
36. Fracture Mechanism 7%
37. Friction Coefficient 8%
38. Functional Group 15%
39. Functionally Graded Material 14%
40. Gas Flowrate 7%
41. Gas Pressure 14%
42. Heat Treatment 41%
43. Heating Effect 7%
44. Heavier Hydrocarbon 7%
45. Hydrogen Transfer 7%
46. Image Analysis 21%
47. Indentation 7%
48. Induced Corrosion 7%
49. Inertinite 7%
50. Intermetallics 10%
51. Internal Stress 9%
52. Internals 14%
53. Japan 8%
54. Joints (Structural Components) 21%
55. Light Condition 7%
56. Lignite 21%
57. Load Position 7%
58. Magnetron 7%
59. Mechanical Alloying 31%
60. Model Structure 15%
61. Molecular Mass 7%
62. Molecular Weight 7%
63. Mud Mortar 7%
64. Nanocomposite 10%
65. Near Net Shape 8%
66. near Net Shape Forming 7%
67. Nitride 15%
68. Organic Material 10%
69. Oxide Layer 14%
70. Phase Composition 30%
71. Physical Vapor Deposition 7%
72. Pressure Die 7%
73. Production Technique 7%
74. Pulse Duration 7%
75. Pulse Frequency 7%
76. Pure Copper 27%
77. Pyrolysis 25%
78. Ray Diffraction 11%
79. Reactive Sputtering 34%
80. Reducing Bacteria 14%
81. Room Temperature 14%
82. Scanning Speed 10%
83. Sensitivity Result 7%
84. Side Chain 9%
85. Signal Light 7%
86. Single Coal 25%
87. Sintering 100%
88. Sintering Process 54%
89. Solid Solutions 8%
90. Spark Plasma Sintering 34%
91. Stainless Steel 8%
92. Structural Property 8%
93. Success Criterion 7%
94. Swelling Behavior 8%
95. Swelling Index 8%
96. Swelling Ratio 21%
97. Temperature Range 13%
98. Thin Films 24%
99. Ultimate Tensile Strength 14%
100. Vickers 17%