Circinus X-1 observed with Ginga 「ぎんが」で観測したコンパス座X-1

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Author

    • 牧野, 至洋 マキノ, ユキヒロ

Bibliographic Information

Title

Circinus X-1 observed with Ginga

Other Title

「ぎんが」で観測したコンパス座X-1

Author

牧野, 至洋

Author(Another name)

マキノ, ユキヒロ

University

大阪大学

Types of degree

博士 (理学)

Grant ID

甲第4641号

Degree year

1993-03-25

Note and Description

博士論文

Table of Contents

  1. Abstract / (0004.jp2)
  2. Contents / (0005.jp2)
  3. Chapter1.Introduction / 1-1 / (0006.jp2)
  4. Chapter2.Reviews / 2-1 / (0007.jp2)
  5. §2.1.Overview of X-ray Astronomy / 2-1 / (0007.jp2)
  6. §2.2.Quasi-periodic Oscillation / 2-2 / (0008.jp2)
  7. §2.2.1.Quasi-periodic Oscillation in Low Mass Binaries / 2-2 / (0008.jp2)
  8. §2.2.2.Quasi-periodic Oscillation in Other X-ray Sources / 2-3 / (0008.jp2)
  9. §2.2.3. Beat Frequency Model / 2-3 / (0008.jp2)
  10. §2.3.Circinus X-l / 2-4 / (0009.jp2)
  11. §2.3.1.Orbital Period of 16.6 Days / 2-4 / (0009.jp2)
  12. §2.3.2.Similarity with Cygnus X-l and Possibility as a Black Hole / 2-5 / (0009.jp2)
  13. §2.3.3.Energy Spectrum Analysis before Tenma Satellite / 2-6 / (0010.jp2)
  14. §2.3.4.Energy Spectrum Analysis with Tenma / 2-7 / (0010.jp2)
  15. §2.3.5.Analysis of Short Time Periodicity before EXOSAT Satellite / 2-8 / (0011.jp2)
  16. §2.3.6.Timing Analysis with EXOSAT Observation / 2-9 / (0011.jp2)
  17. §2.3.7.Type I Burst Observed with EXOSAT / 2-9 / (0011.jp2)
  18. §2.3.8.High Mass Binary Model / 2-10 / (0012.jp2)
  19. Chapter3.Ginga Satellite / 3-1 / (0012.jp2)
  20. §3.1.Ginga Satellite / 3-1 / (0012.jp2)
  21. §3.2.Large Area Proportional Counter / 3-2 / (0013.jp2)
  22. §3.3.Background in the LAC / 3-4 / (0014.jp2)
  23. §3.3.1.Subtraction and Estimation of Background in the LAC / 3-4 / (0014.jp2)
  24. §3.3.2.SSUD Method / 3-5 / (0014.jp2)
  25. Chapter4.Observation / 4-1 / (0015.jp2)
  26. §4.1.Overview of Observation with Ginga / 4-1 / (0015.jp2)
  27. §4.2.Observation in 1987 / 4-1 / (0015.jp2)
  28. §4.3.Observation in 1989 / 4-1 / (0015.jp2)
  29. §4.4.Observation in 1991 / 4-2 / (0016.jp2)
  30. Chapter5.Data Selection and Estimation of the Background / 5-1 / (0016.jp2)
  31. §5.1.Data Selection / 5-1 / (0016.jp2)
  32. §5.2.Background Spectrum during the Observations of Cir X-l / 5-1 / (0016.jp2)
  33. Chapter6.Energy Spectrum Analysis / 6-1 / (0018.jp2)
  34. §6.1.Color-Color and Color-Intensity Diagram of the Data Observed in 1989 / 6-1 / (0018.jp2)
  35. §6.1.1.Five Main Branches of the Data Observed in 1989 / 6-1 / (0018.jp2)
  36. §6.1.2.Subsidiary Branches of the Data Observed in 1989 / 6-2 / (0019.jp2)
  37. §6.2.Analysis of Energy Spectrum with 48 Energy Channels Observed in 1989 / 6-3 / (0019.jp2)
  38. §6.2.1.Energy Spectrum Observed on Each Branch / 6-3 / (0019.jp2)
  39. §6.2.2.Energy Spectrum Fitting / 6-4 / (0020.jp2)
  40. §6.2.3.One Component Models of Energy Spectrum / 6-4 / (0020.jp2)
  41. §6.2.4.Decomposition into Two Components / 6-5 / (0020.jp2)
  42. §6.2.5.Fitting of the Energy Spectra with Bump Feature / 6-6 / (0021.jp2)
  43. §6.3.Fitting of the Energy Spectra Observed in 1987 / 6-7 / (0021.jp2)
  44. §6.3.1.Color-Color and Color-Intensity Diagrams Observed in 1987 / 6-7 / (0021.jp2)
  45. §6.3.2.Fitting with Two Blackbody Components Model / 6-8 / (0022.jp2)
  46. §6.4.Fitting of the Energy Spectra Observed in 1991 / 6-8 / (0022.jp2)
  47. §6.4.1.Color-Color and Color-Intensity Diagrams Observed in / 6-8 / (0022.jp2)
  48. §6.4.2.Fitting with Two Blackbody Components Model / 6-9 / (0022.jp2)
  49. §6.5.Energy Spectra with 12 Energy Channels / 6-10 / (0023.jp2)
  50. §6.6.Classification of Energy Spectra Observed in 1987,1989 and 1991 by Branches / 6-11 / (0023.jp2)
  51. Chapter7.Timing Analysis / 7-1 / (0024.jp2)
  52. §7.1.Dynamic Power Spectrum on Five Branches Observed in 1989 / 7-1 / (0024.jp2)
  53. §7.2.Time Lag of Time Variations between Different Energy X-rays / 7-1 / (0024.jp2)
  54. §7.3.Analysis of QPO and LFN of the Data in 1989 / 7-2 / (0025.jp2)
  55. §7.3.1.X-ray Count Rate and Properties of QPO and LFN / 7-2 / (0025.jp2)
  56. §7.3.2.Energy Spectrum when QPO Was Observed / 7-4 / (0026.jp2)
  57. §7.3.3.QPO and LFN Energy Spectra and Relative Amplitudes / 7-5 / (0026.jp2)
  58. §7.3.4.Energy Dependent Time Lag of QPO / 7-6 / (0027.jp2)
  59. §7.3.5.Positions of Data Sets Showing QPO on Color-Color and Color-Intensity Diagrams / 7-6 / (0027.jp2)
  60. §7.4.Search for QPO in High Energy X-ray / 7-7 / (0027.jp2)
  61. §7.5.Peaked HFN / 7-7 / (0027.jp2)
  62. §7.6.Power Spectrum Density Observed in 1987 / 7-7 / (0027.jp2)
  63. §7.7.Power Spectrum Density Observed in 1991 / 7-8 / (0028.jp2)
  64. §7.8.Comparisons of Normalized PSDs Observed in 1987,1989,and 1991 / 7-8 / (0028.jp2)
  65. Chapter8.Discussion / 8-1 / (0028.jp2)
  66. §8.1.Another Probability of Energy Spectrum Model and Compton Cloud / 8-1 / (0028.jp2)
  67. §8.2.Features of Energy Spectra and Dynamic Power Spectrum on Five Branches / 8-2 / (0029.jp2)
  68. §8.3.Energy Dependent Variability and Validity of Two Components Energy Spectrum Model / 8-2 / (0029.jp2)
  69. §8.4.Loci during 16.6 Days Period on Color-Color and Color-Intensity Diagrams / 8-4 / (0030.jp2)
  70. §8.5.Obscuring by Cold Matter and Speculation of Rising Phase of the Flare / 8-5 / (0030.jp2)
  71. §8.6.Parameters of QPO and LFN / 8-7 / (0031.jp2)
  72. §8.7.Origin of QPO / 8-7 / (0031.jp2)
  73. §8.8.Comparison with Tennant's Results and Beat Frequency Model / 8-7 / (0031.jp2)
  74. §8.9.View of CirX-1 / 8-8 / (0032.jp2)
  75. Chapter9.Conclusion / 9-1 / (0032.jp2)
  76. Acknowledgment / (0033.jp2)
  77. References / R-1 / (0034.jp2)
  78. Tables and Figures / (0035.jp2)
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Codes

  • NII Article ID (NAID)
    500000093547
  • NII Author ID (NRID)
    • 8000000093773
  • DOI(NDL)
  • Text Lang
    • und
  • NDLBibID
    • 000000257861
  • Source
    • Institutional Repository
    • NDL ONLINE
    • NDL Digital Collections

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