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合作作者[TOP 5]

访问统计


  总访问量
 12895
  访问来源
    内部： 8
    外部： 12887
    国内： 12508
    国外： 387

  年访问量
 1481
  访问来源
    内部： 1
    外部： 1480
    国内： 1434
    国外： 47

  月访问量
 133
  访问来源
    内部： 0
    外部： 133
    国内： 124
    国外： 9

访问量

访问量

1. Erratum: "The Escape of the Hydrogen-rich Atmosphere of Exoplanets.. [767]
2. The Effect of Photoionization on the Loss of Water of the Planet [582]
3. 2.4m望远镜观测目标查询系统的建立 [552]
4. 轨道距离对系外行星大气逃逸的影响 [544]
5. 亮蓝变星的光变起因和星风结构 [518]
6. The Escape of the Hydrogen-rich Atmosphere of Exoplanets: Mass-los.. [506]
7. Dayside nitrogen and carbon escape on Titan: the role of exothermi.. [500]
8. Two-fluid models for the winds of OB stars [476]
9. The correlation between the asymmetric mass loss and the Normal-SD.. [466]
10. THE INFLUENCE OF THE EXTREME ULTRAVIOLET SPECTRAL ENERGY DISTRIBUT.. [465]
11. 长周期变星的演化及振动 [457]
12. A two-temperature model for LBVs [428]
13. 狮子座流星雨的目视和照相观测 [419]
14. Estimating the structure and geometry of winds from luminous blue .. [418]
15. Atmosphere Escape Inferred from Modeling the Hα Transmission Spec.. [417]
16. The Escape of the Hydrogen-rich Atmosphere of Exoplanets: Mass-los.. [416]
17. 恒星风限制下的“热木星”大气逃逸 [414]
18. Evolution and pulsation of red supergiants at different metallicit.. [401]
19. ESCAPING PARTICLE FLUXES IN THE ATMOSPHERES OF CLOSE-IN EXOPLANETS.. [401]
20. A model of the circumstellar envelope of luminous blue variables [399]
21. Atmosphere Escape Inferred from Modeling the H alpha Transmission .. [385]
22. X-ray temperatures and their radial distributions from winds of O-.. [383]
23. Nitric Oxide Abundance in the Martian Thermosphere and Its Diurnal.. [382]
24. The Mass Fractionation of Helium in the Escaping Atmosphere of HD .. [377]
25. ESCAPING PARTICLE FLUXES IN THE ATMOSPHERES OF CLOSE-IN EXOPLANETS.. [372]
26. 系外行星大气流体动力学逃逸的研究与进展 [366]
27. THE EFFECT OF MASS LOSS ON THE TIDAL EVOLUTION OF EXTRASOLAR PLANE.. [362]
28. Can Small-scale Magnetic Fields Be the Major Cause for the Near-su.. [362]
29. Modeling the H alpha and He 10830 Transmission Spectrum of WASP-52.. [230]
30. 空间系外行星探测与研究进展 [152]
31. Long-term double synchronization in close-in gas giant planets [152]
32. The application of machine learning in tidal evolution simulation .. [134]
33. Characterization of the regimes of hydrodynamic escape from low-ma.. [129]
34. Nonthermal Atmospheric Escape on the Kepler-11 Super-Earths Driven.. [112]
35. A possibly solar metallicity atmosphere escaping from HAT-P-32b re.. [110]
36. Simulating the Escaping Atmosphere of GJ 436 b with Two-fluid Magn.. [107]

下载量

1. 亮蓝变星的光变起因和星风结构 [6]
2. 2.4m望远镜观测目标查询系统的建立 [4]
3. 轨道距离对系外行星大气逃逸的影响 [2]
4. Erratum: "The Escape of the Hydrogen-rich Atmosphere of Exoplanets.. [2]
5. Can Small-scale Magnetic Fields Be the Major Cause for the Near-su.. [2]
6. 恒星风限制下的“热木星”大气逃逸 [1]
7. A two-temperature model for LBVs [1]
8. The correlation between the asymmetric mass loss and the Normal-SD.. [1]
9. Two-fluid models for the winds of OB stars [1]
10. Evolution and pulsation of red supergiants at different metallicit.. [1]
11. Estimating the structure and geometry of winds from luminous blue .. [1]
12. 狮子座流星雨的目视和照相观测 [1]
13. 长周期变星的演化及振动 [1]
14. THE INFLUENCE OF THE EXTREME ULTRAVIOLET SPECTRAL ENERGY DISTRIBUT.. [1]
15. The Effect of Photoionization on the Loss of Water of the Planet [1]
16. 系外行星大气流体动力学逃逸的研究与进展 [1]
17. The Escape of the Hydrogen-rich Atmosphere of Exoplanets: Mass-los.. [1]
18. Nitric Oxide Abundance in the Martian Thermosphere and Its Diurnal.. [1]
19. Long-term double synchronization in close-in gas giant planets [1]
20. Characterization of the regimes of hydrodynamic escape from low-ma.. [1]
21. A possibly solar metallicity atmosphere escaping from HAT-P-32b re.. [1]
22. Simulating the Escaping Atmosphere of GJ 436 b with Two-fluid Magn.. [1]
23. The application of machine learning in tidal evolution simulation .. [1]