應用地質研究所

Earth & Environmental Sciences

1. earthquake 86%
2. groundwater 70%
3. landslide 59%
4. Chi-Chi earthquake 1999 51%
5. modeling 47%
6. aquifer 40%
7. ground motion 36%
8. advection 35%
9. simulation 35%
10. solute transport 35%
11. reactive transport 32%
12. groundwater flow 30%
13. dispersivity 28%
14. subsidence 24%
15. hazard 24%
16. fault zone 24%
17. porous medium 24%
18. seismic hazard 24%
19. finite element method 23%
20. boundary condition 23%
21. rupture 21%
22. subsurface flow 21%
23. method 21%
24. river 20%
25. watershed 20%
26. plain 19%
27. analysis 19%
28. flow field 19%
29. parameter 19%
30. pumping 18%
31. drilling 18%
32. well 18%
33. pollutant transport 18%
34. effect 18%
35. distribution 18%
36. tracer 17%
37. surface water 17%
38. chemical 17%
39. hydraulic conductivity 17%
40. rainfall 17%
41. rock 17%
42. faulting 16%
43. overland flow 16%
44. test 15%
45. porosity 15%
46. prediction 15%
47. permeability 15%
48. fluid flow 15%
49. project 15%
50. strong motion 15%
51. rate 15%
52. hydraulics 14%
53. plume 14%
54. fault slip 14%
55. friction 13%
56. active fault 13%
57. reaction kinetics 13%
58. water flow 13%
59. dam 13%
60. Laplace transform 13%
61. dissolution 13%
62. debris flow 13%
63. borehole 13%
64. breakthrough curve 12%
65. land 12%
66. recharge 12%
67. kinetics 12%
68. hazard assessment 12%
69. tectonics 12%
70. GPS 11%
71. thrust 11%
72. remediation 11%
73. solute 11%
74. physics 11%
75. typhoon 11%
76. groundwater resource 11%
77. matrix 10%
78. porewater 10%
79. Richards equation 10%
80. slip rate 10%
81. geometry 10%
82. code 10%
83. soil 10%
84. fractured medium 9%
85. multiphase flow 9%
86. water quality 9%
87. radionuclide 9%
88. pollutant 9%
89. anisotropy 9%
90. dip 9%
91. fold 9%
92. arsenic 9%
93. unconfined aquifer 9%
94. mass balance 9%
95. diffusivity 9%
96. kinematics 9%
97. evaluation 8%
98. fluid 8%
99. flow modeling 8%
100. health risk 8%

Engineering & Materials Science

1. Groundwater 100%
2. Landslides 61%
3. Aquifers 54%
4. Watersheds 42%
5. Rivers 40%
6. Subsidence 30%
7. Water 27%
8. Groundwater flow 27%
9. Numerical models 24%
10. Surface waters 23%
11. Hydraulic conductivity 23%
12. Groundwater resources 22%
13. Earthquakes 22%
14. Hazards 20%
15. Advection 19%
16. Finite element method 19%
17. Rocks 19%
18. Impurities 18%
19. Porous materials 16%
20. Hydraulics 15%
21. Rain 15%
22. Arsenic 15%
23. Dams 15%
24. Radioisotopes 15%
25. Odors 13%
26. Computer simulation 12%
27. Debris 12%
28. Mesh generation 12%
29. Water resources 12%
30. Health risks 12%
31. Flow of fluids 12%
32. Uncertainty 12%
33. Water quality 12%
34. Boundary conditions 11%
35. Soils 10%
36. Flow simulation 10%
37. Hydrodynamics 10%
38. Water supply 10%
39. Volatile organic compounds 10%
40. Lakes 10%
41. Adsorption 10%
42. Fluxes 10%
43. Flow fields 9%
44. Reaction kinetics 9%
45. Ponds 9%
46. Multiphase flow 9%
47. Estuaries 9%
48. Dissolution 8%
49. Faulting 8%
50. Canals 8%
51. Remediation 8%
52. Fluids 8%
53. Stochastic models 8%
54. Micromechanics 7%
55. Hydrogeology 7%
56. Drainage 7%
57. Centrifuges 7%
58. Infiltration 7%
59. Sediment transport 7%
60. Hot Temperature 7%
61. Land use 7%
62. Complexation 7%
63. Climate change 6%
64. Simulators 6%
65. Interpolation 6%
66. Physics 6%
67. Remote sensing 6%
68. Porosity 6%
69. Geometry 6%
70. Dust 6%
71. Radioactive wastes 6%
72. Mass transfer 6%
73. Hydrology 6%
74. Wetlands 6%
75. Ion exchange 6%
76. Nitrates 6%
77. Experiments 5%
78. Kinematics 5%
79. Momentum 5%
80. Spreaders 5%
81. Metals 5%
82. Shear flow 5%
83. Factor analysis 5%
84. Consolidation 5%
85. Prisms 5%
86. Runoff 5%
87. Computer program listings 5%
88. Geothermal fields 5%