太空科學與工程學系

Earth and Planetary Sciences

1. Ionospherics 100%
2. Taiwan 68%
3. Global Positioning System 48%
4. FORMOSAT 42%
5. COSMIC 41%
6. Total Electron Content 34%
7. Atmospherics 34%
8. Radio Occultation 31%
9. Electron Density 25%
10. Solar Wind 23%
11. Magnetic Storm 21%
12. Magnetopause 18%
13. Electric Field 18%
14. Interplanetary Magnetic Field 18%
15. Storm 17%
16. Emissions 16%
17. Gravity Wave 15%
18. Remote Sensing 14%
19. Lightning 12%
20. Thermosphere 12%
21. E Region 12%
22. Ionospheric Disturbance 12%
23. Solar Activity 11%
24. Temperate Region 11%
25. Mesosphere 11%
26. Ionosondes 11%
27. Ionospheric Electron Density 10%
28. Solar Cycle 10%
29. Earthquake Epicenter 10%
30. Spacecraft 9%
31. Night Sky 9%
32. GNSS 9%
33. Information Retrieval 8%
34. Magnetosphere 8%
35. Plasma Bubbles 8%
36. Electrodynamics 7%
37. Lower Thermosphere 7%
38. China 7%
39. Electron Density Profiles 7%
40. Refractivity 7%
41. Substorm 6%
42. Stratosphere 6%
43. MODIS 6%
44. Radar Echo 6%
45. Solar Eclipse 6%
46. Reflectance 5%
47. Interferometry 5%
48. Atmospheric Emission 5%
49. Solar Flare 5%
50. General Circulation Model 5%
51. Satellite Observation 5%
52. Sporadic E Layer 5%
53. Spatial Distribution 5%
54. Satellite Image 5%
55. Upper Atmosphere 5%
56. Vegetation 5%
57. Electron Energy 5%
58. Soil Moisture 5%
59. Land Cover 5%
60. Geomagnetism 5%
61. Ionospheric Storm 5%
62. Magnetosheath 5%
63. Space Weather 5%
64. Japan 5%
65. Plasma Density 5%
66. Annual Variation 5%

Keyphrases

1. Taiwan 57%
2. Ionosphere 47%
3. Total Electron Content 29%
4. Earthquake 27%
5. FORMOSAT-3 26%
6. Global Positioning System 21%
7. Electron Density 19%
8. Radio Occultation 19%
9. Low Latitude 18%
10. Magnetopause 17%
11. Mid-latitude 16%
12. VHF Radar 15%
13. Nighttime 15%
14. Interplanetary Magnetic Field 15%
15. Magnetic Field 14%
16. Hyperspectral 12%
17. Typhoon 11%
18. Geomagnetic Storm 11%
19. Solar Wind 11%
20. Mesosphere 11%
21. Ionospheric Electron Density 10%
22. Equatorial Ionization Anomaly 10%
23. Electric Field (E-field) 10%
24. Magnetic Storm 9%
25. Sprites 9%
26. Solar Activity 9%
27. E-region 9%
28. GPS Radio Occultation 9%
29. Constellation Observing System for Meteorology 9%
30. Magnetosphere 8%
31. Gravity Waves 8%
32. Local Time 8%
33. Magnetosheath 8%
34. Aerosol Optical Depth 8%
35. Thermosphere-ionosphere 8%
36. Ionosonde 7%
37. Low Latitude Ionosphere 7%
38. Electron Density Profile 7%
39. Neutral Wind 7%
40. Scintillation 7%
41. Three-dimensional (3D) 7%
42. Solar Cycle 7%
43. Satellite Observations 6%
44. Sporadic E 6%
45. Lower Thermosphere 6%
46. Oscillation 6%
47. ROCSAT-1 6%
48. COSMIC-2 6%
49. Atmospheric Lightning 6%
50. Radio Occultation Data 6%
51. FORMOSAT-2 6%
52. Solstice 6%
53. Moderate Resolution Imaging Spectroradiometer (MODIS) 6%
54. FORMOSAT-7 6%
55. Ionospheric Response 6%
56. Ionospheric Total Electron Content 5%
57. Ionospheric Disturbances 5%
58. Remote Sensing Image 5%
59. General Circulation Models 5%
60. Topside Ionosphere 5%
61. Global Navigation Satellite System 5%
62. Radial Interplanetary Magnetic Field 5%
63. Substorm 5%
64. Field-aligned Irregularities 5%
65. Solar Flares 5%
66. Ionospheric Plasma 5%
67. Electrodynamics 5%
68. Solar Minimum 5%
69. High Latitude 5%
70. Geomagnetic Latitude 5%
71. Ion Density 5%
72. Global Ionospheric Maps 5%
73. Doppler Velocity 5%
74. Ionospheric Irregularities 5%
75. Spatial Distribution 5%
76. Transient Luminous Events 5%