都市デザイン学系

Keyphrases

1. Ag Addition 14%
2. Age Hardening 36%
3. Age Hardening Behavior 22%
4. Aging 55%
5. Aging Behavior 35%
6. Aging Time 14%
7. Aging Treatment 14%
8. Al Alloy 15%
9. Al-Mg-Si 29%
10. Al-Mg-Si Alloy 95%
11. Al-Zn-Mg Alloy 22%
12. Aluminum Alloy 34%
13. Aluminum Oxide 24%
14. Anisotropy 19%
15. Annealing 28%
16. Apatite Orientation 15%
17. Aqueous Solution 21%
18. Base Alloy 14%
19. Biological Apatite 34%
20. Bone Quality 17%
21. C-axis 19%
22. Central Japan 18%
23. Chemical Composition 16%
24. Composite Materials 36%
25. Corrosion Behavior 27%
26. Corrosion Resistance 34%
27. Crystal Orientation 24%
28. Cu Addition 16%
29. Dendrimer 19%
30. Dendron 20%
31. Earthquake 20%
32. Electrical Conductivity 41%
33. Extrusion 19%
34. Filled Skutterudite 24%
35. Friction Stir Welding 18%
36. GP Zones 15%
37. Grain Boundary 50%
38. Grain Refinement 18%
39. Grain Size 30%
40. Heat Treatment 16%
41. Heavy Fermion 15%
42. High Temperature 21%
43. High-pressure Torsion 36%
44. High-resolution 14%
45. High-resolution Transmission Electron Microscopy (HRTEM) 62%
46. Intermetallic Compounds 14%
47. Iron Oxide 27%
48. Japan 86%
49. Laser Powder Bed Fusion (L-PBF) 19%
50. Low Temperature 51%
51. Magnesium Alloy 20%
52. Magnetic Field 18%
53. Magnetic Moment 18%
54. Magnetic Properties 59%
55. Magnetic Susceptibility 18%
56. Magnetization 55%
57. Magnetocaloric Effect 20%
58. Maximum Hardness 14%
59. Mechanical Properties 75%
60. Metal-organic Chemical Vapor Deposition (MOCVD) 17%
61. Metastable Phases 22%
62. Mg Alloy 33%
63. Mg-Zn 17%
64. Mg2Si 56%
65. MgB2 15%
66. Microscope Observation 15%
67. Microstructure 100%
68. Microstructure Properties 27%
69. Molten Iron 24%
70. Multi-walled Carbon Nanotubes (MWCNTs) 24%
71. NaCl Solution 14%
72. Nuclear Magnetic Resonance 15%
73. Nuclear Orientation 18%
74. Numerical Simulation 24%
75. Paleomagnetism 21%
76. Polyamidoamine (PAMAM) 14%
77. Precipitation Behavior 16%
78. Precipitation Sequence 18%
79. Road Surface Condition 15%
80. Room Temperature 35%
81. Rudists 15%
82. Rutile 19%
83. Si Alloy 24%
84. Silica 23%
85. Single Crystal 48%
86. Snow 21%
87. Sodium Chloride 14%
88. Specific Heat 32%
89. Stir Zone 15%
90. Superconducting Properties 20%
91. SUS304 Stainless Steel 15%
92. TEM Observation 16%
93. Temperature Effect 28%
94. Tensile Test 16%
95. Three-dimensional (3D) 16%
96. Transmission Electron Microscopy 25%
97. Transmission Electron Microscopy Observation 20%
98. Transport Properties 24%
99. Two Dimensional 15%
100. Ultrafine Grain 18%

Engineering

1. Activation Energy 9%
2. Additive Manufacturing 9%
3. Aged Condition 10%
4. Aged Specimen 12%
5. Aging Temperature 11%
6. Aging Time 19%
7. Al Alloy 15%
8. Al Matrix 10%
9. Alloy Sample 8%
10. Alloying Element 12%
11. Anisotropic 16%
12. Aqueous Solution 25%
13. Artificial Ageing 8%
14. Average Grain Size 10%
15. Base Alloy 16%
16. Cast Alloy 12%
17. Casting Alloy 11%
18. Composite Material 11%
19. Computer Simulation 18%
20. Corrosion Behavior 29%
21. Corrosion Resistance 37%
22. Cross Section 14%
23. Crystal Structure 19%
24. Crystallographic Orientation 10%
25. Crystallographic Texture 15%
26. Directional 8%
27. Drying Rate 15%
28. Early Stage 26%
29. Electric Field 11%
30. Energy Engineering 29%
31. Experimental Result 23%
32. Flow Model 9%
33. Friction Stir Welding 10%
34. Ga Content 10%
35. Good Agreement 11%
36. Grain Boundaries 53%
37. Hardening Behavior 21%
38. Heat Treatment 26%
39. High Resolution 40%
40. High Resolution Transmission Electron Microscope 12%
41. Hot Extrusion 11%
42. Image Quality Assessment 12%
43. Implant 12%
44. Injection Moulding Process 9%
45. Intermetallics 13%
46. Isothermal 8%
47. Japan 27%
48. Joints (Structural Components) 17%
49. Lattice Constant 12%
50. Low-Temperature 26%
51. Magnetic Field 10%
52. Magnetic Permeability 8%
53. Melting Point 8%
54. Metal Injection Moulding 8%
55. Metastable Phase 23%
56. Microhardness 9%
57. Microstructure Observation 11%
58. Mols 15%
59. Monolayers 11%
60. Nanoscale 10%
61. Number Density 17%
62. Numerical Model 8%
63. Open Channel Flow 10%
64. Phase Composition 30%
65. Pile Foundations 8%
66. Plastic Deformation 19%
67. Polarization Curve 12%
68. Polycrystalline 11%
69. Porosity 21%
70. Powder Bed Fusion 21%
71. Powder Metallurgy 8%
72. Precipitation Behavior 15%
73. Precipitation Hardening 59%
74. Rate Constant 8%
75. Ray Diffraction 12%
76. Road 12%
77. Road Surface 15%
78. Rod 18%
79. Room Temperature 33%
80. Rotation Speed 16%
81. Sand Mold 10%
82. Silicon Dioxide 10%
83. Solid Solutions 18%
84. Stainless Steel 29%
85. Stir Zone 10%
86. Strain Rate 13%
87. Stress Corrosion Cracking 9%
88. Surface Condition 16%
89. Temperature Dependence 8%
90. Temperature Range 11%
91. Tensile Property 13%
92. Tensile Test 19%
93. Tensiles 14%
94. Thin Films 22%
95. Two Dimensional 24%
96. Ultimate Tensile Strength 25%
97. Vickers 21%
98. Vortex 8%
99. Young's Modulus 14%
100. Yttria-Stabilized Zirconia 9%