鹿林天文台營運及管理(2/3)

Keyphrases

1. Light Curves 83%
2. Ursa Major 66%
3. Metallicity 66%
4. Transiting Planets 66%
5. Red Supergiants 66%
6. Limit of Detection 66%
7. Circumstellar Material 66%
8. M Dwarfs 66%
9. Planet Detection 66%
10. Type II Supernovae 66%
11. Mass Loss 66%
12. Frequency of Occurrence 66%
13. Dwarf Galaxies 66%
14. RR Lyrae 66%
15. Supernovae 33%
16. Giant Planets 26%
17. Atmospheric Characterization 13%
18. TRAPPIST-1 13%
19. Transit Survey 13%
20. Multiple Hypotheses 13%
21. System Evolution 13%
22. False Positive Rate 13%
23. RR Lyrae Stars 13%
24. Near-zero 13%
25. Fourier Parameter 13%
26. Vera C. Rubin Observatory 13%
27. Distance Modulus 13%
28. Spectral Type 13%
29. Previous Literature 13%
30. Distance Measure 13%
31. High Sensitivity 13%
32. RR Lyrae Variables 13%
33. G-band 13%
34. Recovery Test 13%
35. Super-Earths 13%
36. Simultaneous Observation 13%
37. Planetary Systems 13%
38. Evolution Model 13%
39. Wide-field 13%
40. Distance Calculation 13%
41. Johannes Kepler 13%
42. Red Dwarfs 13%
43. Survey Strategy 13%
44. Monitoring Campaign 13%
45. Multi-wavelength 13%
46. Gaia 13%
47. Optical Light 13%
48. Exoplanets 13%
49. M Dwarf Stars 13%
50. Planet Formation 13%
51. Pulsation Periods 13%
52. Spectral Series 8%
53. Luminosity 8%
54. Material Configuration 8%
55. Radio 8%
56. Material Properties 8%
57. Material Interaction 8%
58. Low Density 8%
59. Making Inferences 8%
60. Emission Lines 8%
61. Hubble Space Telescope 8%
62. High Cadence 8%
63. Host Galaxy 8%
64. X-ray Emission 8%
65. Near-infrared 8%
66. Infrared Data 8%
67. Narrowband Emission 8%

Physics

1. Light Curve 100%
2. RR Lyrae Variable Stars 66%
3. Dwarf Galaxy 66%
4. Planet Detection 66%
5. Type II Supernovae 66%
6. M Dwarf Stars 66%
7. Metallicity 66%
8. Red Supergiant Stars 66%
9. Supernovae 50%
10. Extrasolar Gas Giants 22%
11. Supernova Evolution 16%
12. Near Infrared 16%
13. Hubble Space Telescope 16%
14. Stellar Classification 11%
15. Super Earths 11%
16. Atmospherics 11%
17. Extrasolar Planet 11%