利用全球導航衛星系統地面接收機和福衛系列衛星觀察電離層太空天氣(1/3)

Keyphrases

1. FORMOSAT-7 75%
2. Ionosphere 52%
3. Total Electron Content 50%
4. COSMIC-2 50%
5. Radio Occultation 43%
6. Global Navigation Satellite System 43%
7. ROCSAT-1 37%
8. Ionospheric Space Weather 33%
9. Electron Density 31%
10. FORMOSAT-3 29%
11. Ionospheric Irregularities 25%
12. Demeter 25%
13. Ground-based Receiver 25%
14. System Grounding 25%
15. Weather-related Disasters 25%
16. Instantaneous Amplitude 25%
17. Gnss 25%
18. Total Solar Eclipse 25%
19. Common Era 25%
20. Low Latitude 25%
21. Three-dimensional (3D) 25%
22. China 25%
23. Gravitational Force 25%
24. Severe Weather 25%
25. Plasma Flow 25%
26. Upper Atmosphere 25%
27. Radio Occultation Observation 25%
28. Plasma Structure 25%
29. Historical Records 25%
30. Solar Activity 25%
31. GNSS Radio Occultation 25%
32. Bulge 25%
33. Solar Eclipse 20%
34. Plasma Measurements 18%
35. Low Solar Activity 18%
36. Content Profiling 16%
37. Global Navigation Satellite System Receiver 14%
38. Geomagnetic Latitude 14%
39. F2 Peak 14%
40. 3D Structure 14%
41. HmF2 14%
42. Peak Height 14%
43. Equatorial Latitude 14%
44. Three-dimensional Dynamics 14%
45. Plasma Depletion Bay 12%
46. Ionospheric Plasma 12%
47. Electron Density Profile 12%
48. In Situ 12%
49. Plasma Irregularities 12%
50. Coastal River Basin 12%
51. FORMOSAT-5 12%
52. Lunar Phase 12%
53. Plasma Electrodynamics 12%
54. Tsunami Wave 12%
55. Inland River Basin 12%
56. Climate Boundary 12%
57. Last 2000 Years 12%
58. Extreme Cold Weather 12%
59. Snow Drought 12%
60. Extreme Drought 12%
61. Cold Temperature 12%
62. Lunar Tide 12%
63. Heavy Rain 12%
64. Anomalous Temperature 12%
65. Human Life 12%
66. Human Environment 12%
67. Northern China 12%
68. Four Seasons 12%
69. High Solar Activity 12%
70. Climate Change 12%
71. International Reference Ionosphere 8%
72. Sunrise Effect 8%
73. East Coast 8%
74. Continental United States 8%
75. Ionospheric Total Electron Content 8%
76. Fine Spatial Resolution 8%
77. High Temporal Resolution 8%
78. NmF2 8%
79. Equilibrium Distribution 8%
80. Quasi-equilibrium 8%
81. Diurnal Variation 8%
82. Pre-reversal Enhancement 8%
83. Magnetosphere-ionosphere Coupling 8%
84. Low Latitude Ionosphere 8%
85. South American Sector 6%
86. Global Ionospheric Maps 6%
87. Ion Density 6%
88. Transient Events 6%
89. Rayleigh Wave 6%
90. Non-physical 6%
91. Wave Phase 6%
92. Scintillation 6%
93. Ionospheric Scintillation 6%
94. Density Irregularities 6%
95. Transport Dynamics 6%
96. Ambient Density 6%
97. Low Inclination 6%
98. Hilbert-Huang Transform 6%
99. Antipodal Points 6%
100. Photochemical Process 6%
101. Seismic Waves 6%
102. Ocean Bottom 6%
103. Ion Drift Meter 6%
104. Dynamic Gravity Model 6%
105. Eclipse Phase 6%
106. Lunar Gravity 6%
107. Nightside Ionosphere 6%
108. Ionospheric Response 6%
109. Longitudinal Distribution 6%
110. Gravity Effect 6%
111. Ionospheric Plasma Irregularities 6%
112. Nonmigrating Tides 6%
113. Equator 6%
114. Fisher 6%
115. Relative Position 6%
116. Semidiurnal 6%

Earth and Planetary Sciences

1. Ionospherics 100%
2. FORMOSAT 75%
3. GNSS 67%
4. Radio Occultation 64%
5. COSMIC 50%
6. Total Electron Content 37%
7. Solar Eclipse 31%
8. Space Weather 31%
9. Solar Activity 31%
10. Tropics 30%
11. Upper Atmosphere 25%
12. DEMETER 25%
13. China 25%
14. Severe Weather 25%
15. Electron Density 24%
16. Lunar Tides 16%
17. Cold Weather 8%
18. Climate Change 8%
19. River Basin 8%
20. United States 6%
21. Electron Density Profiles 6%
22. Electrodynamics 6%
23. Tsunami Wave 6%
24. Lithosphere 6%
25. Lunar Phases 6%
26. Spatial Resolution 5%
27. Magnetosphere-Ionosphere Coupling 5%