臺灣區域豪雨觀測與預報實驗計畫-低層噴流、邊界層與降雨雲物理之觀測分析與模擬研究(總計畫及子計畫一)

Keyphrases

1. Taiwan 79%
2. Raindrop Size Distribution 59%
3. Rainfall 49%
4. Tropical Cyclones 45%
5. Microphysical 45%
6. Typhoon 34%
7. Northwestern Pacific 34%
8. Microphysical Characteristics 33%
9. Rainfall Kinetic Energy 31%
10. Meiyu 26%
11. Precipitating Clouds 26%
12. Extreme Rainfall Events 26%
13. Northern Taiwan 25%
14. Summer Season 25%
15. GPM DPR 25%
16. Kinetic Energy Functional 22%
17. Dual-frequency Precipitation Radar 22%
18. Boundary Layer Clouds 22%
19. Cloud Microphysics 22%
20. Low-level Jet 22%
21. Numerical Modeling 22%
22. Heavy Rainfall 22%
23. Northwest Pacific 22%
24. Size Distribution Characteristics 22%
25. Kinetic Energy 22%
26. Typhoon Rainfall 22%
27. Palau 22%
28. Regional Disparities 22%
29. Western Pacific 22%
30. Global Precipitation Measurement 22%
31. Functional Relationship 22%
32. Rainbands 22%
33. Taipei Basin 22%
34. Disdrometer 20%
35. Rainfall Rate 19%
36. Mei-yu Fronts 19%
37. North Taiwan 17%
38. Mass-weighted Mean Diameter 16%
39. Estimation Algorithms 16%
40. Snow 15%
41. Moisture 15%
42. Cold Air 15%
43. Model Simulation 13%
44. Rainfall Estimation 13%
45. Central Taiwan 13%
46. Drop Size Distribution 12%
47. Barrier Jet 11%
48. Radar Reflectivity 10%
49. Precipitation Microphysics 10%
50. Remote Sensing 9%
51. Rainfall Erosivity 9%
52. Intercept Parameter 9%
53. Weather Conditions 8%
54. Tamsui River 7%
55. Observation Simulation 7%
56. Numerical Simulation 7%
57. Mesoscale Convective Systems 7%
58. Moisture Transport 7%
59. Marine Boundary Layer Jet 7%
60. Physical Mechanism 7%
61. Maximum Wind 7%
62. High-resolution Model 7%
63. Ka Frequency Band 7%
64. Frontal Cyclone 7%
65. Torrential Rain 7%
66. Energy Relations 7%
67. Radial Distance 7%
68. Northerly Wind 7%
69. Low Wind Speed 7%
70. Keelung 7%
71. Radar Parameters 7%
72. River Valley 7%
73. Central Mountain Range 7%
74. Ku-band 7%
75. Southwesterly Flow 7%
76. Orographic Lifting 7%
77. Stratiform Precipitation 7%
78. Melting Layer 6%
79. Complex Topography 6%
80. South Central 6%
81. High Concentration 6%

Earth and Planetary Sciences

1. Taiwan 100%
2. Raindrop 64%
3. Tropical Cyclone 45%
4. Kinetic Energy 33%
5. Rainband 26%
6. Palau 22%
7. Boundary Layer 22%
8. Hubble Space Telescope 22%
9. Precipitation Measurement 22%
10. Numerical Modeling 22%
11. Cloud Microphysics 22%
12. Jet Boundary 22%
13. Cold Air 15%
14. Weather Condition 13%
15. Remote Sensing 11%
16. Erosivity 9%
17. Mountain Range 7%
18. Convective System 7%
19. Cyclones 7%
20. Reflectance 5%