Associated spectral and temporal state transition of the bright ULX NGC 1313 X-1

Monthly Notices of the Royal Astronomical Society

Volumn 407, Issue 1, 2010, Pages 291-300

  Dewangan, G C ^a   Misra, R ^a   Rao, A R ^b   Griffiths, R E ^c  

^a INTER UNIVERSITY CENTRE FOR ASTRONOMY AND ASTROPHYSICS   (India)

^b TATA INSTITUTE OF FUNDAMENTAL RESEARCH   (India)

^c CARNEGIE MELLON UNIVERSITY   (United States)

Author keywords

Accretion, accretion discs; Black hole physics; X rays: binaries; X rays: galaxies; X rays: individual: NGC 1313 X 1

Indexed keywords

BLACK HOLES; GALAXIES; GEOMETRY; GRAVITATION; PHOTONS;

ACCRETION DISCS; ACCRETION: ACCRETION DISKS; BLACK HOLE PHYSICS; DISK GEOMETRIES; TEMPORAL PROPERTY; X-RAY SOURCES; X-RAY: INDIVIDUAL: NGC 1313 X-1; X-RAYS: BINARIES; X-RAYS: GALAXIES; X-RAYS: INDIVIDUAL;

STARS;

EID: 77956403053     PISSN: 00358711     EISSN: 13652966     Source Type: Journal    
DOI: 10.1111/j.1365-2966.2010.16893.x     Document Type: Article

References (59)

1. Agrawal V K, Misra R. ApJ 2006, 638:L83.
2. Begelman M C. ApJ 2002, 568:L97.
3. Colbert E J M, Miller M C. The Tenth Marcel Grossmann Meeting, On Recent Developments in Theoretical and Experimental General Relativity, Gravitation and Relativistic Field Theories 2005, 530. Novello M, Perez Bergliaffa SRuffini R. eds, World Scientific Publishing, Singapore, p
4. Devi A S, Misra R, Agrawal V K, Singh K Y. ApJ 2007, 664:458.
5. Dewangan G C, Griffiths R E, Dasgupta S, Rao A R. ApJ 2007, 671:1284.
6. Dewangan G C, Griffiths R E, Rao A R. ApJ 2006, 641:L125.
7. Dewangan G C, Miyaji T, Griffiths R E, Lehmann I. ApJ 2004, 608:L57.
8. Dewangan G C, Titarchuk L, Griffiths R E. ApJ 2006, 637:L21.
9. Done C, Kubota A. MNRAS 2006, 371:1216.
10. Fabbiano G, Zezas A, King A R, Ponman T J, Rots A, Schweizer F. ApJ 2003, 584:L5.
11. Feng H, Kaaret P. ApJ 2005, 633:1052.
12. Feng H, Kaaret P. ApJ 2006, 650:L75.
13. Feng H, Kaaret P. ApJ 2007, 660:L113.
14. Feng H, Kaaret P. ApJ 2009a, 696:1712.
15. Feng H, Kaaret P. ApJ 2009b, 696:1712.
16. Fridriksson J K, Homan J, Lewin W H G, Kong A K H, Pooley D. ApJS 2008, 177:465.
17. Gierliński M, Zdziarski A A. MNRAS 2005, 363:1349.
18. Gladstone J C, Roberts T P. MNRAS 2009, 397:124.
19. Gladstone J C, Roberts T P, Done C. MNRAS 2009, 397:1836.
20. Goad M R, Roberts T P, Reeves J N, Uttley P. MNRAS 2006, 365:191.
21. Haardt F, Maraschi L. ApJ 1993, 413:507.
22. Heil L M, Vaughan S, Roberts T P. MNRAS 2009, 397:1061.
23. Kaaret P, Corbel S, Prestwich A H, Zezas A. Sci 2003, 299:365.
24. Kaaret P, Feng H. ApJ 2007, 669:106.
25. Kaaret P, Simet M G, Lang C C. ApJ 2006, 646:174.
26. Kajava J J E, Poutanen J. MNRAS 2009, 398:1450.
27. King A R. MNRAS 2008, 385:L113.
28. King A R. MNRAS 2009, 393:L41.
29. King A R, Davies M B, Ward M J, Fabbiano G, Elvis M. ApJ 2001, 552:L109.
30. Kubota A, Mizuno T, Makishima K, Fukazawa Y, Kotoku J, Ohnishi T, Tashiro M. ApJ 2001, 547:L119.
31. La Parola V, Peres G, Fabbiano G, Kim D W, Bocchino F. ApJ 2001, 556:47.
32. Liang E P T, Price R H. ApJ 1977, 218:247.
33. Magdziarz P, Blaes O M, Zdziarski A A, Johnson W N, Smith D A. MNRAS 1998, 301:179.
34. Méndez B, Davis M, Moustakas J, Newman J, Madore B F, Freedman W L. AJ 2002, 124:213.
35. Middleton M, Done C, Ward M, Gierliński M, Schurch N. MNRAS 2009, 394:250.
36. Miller J M, Fabbiano G, Miller M C, Fabian A C. ApJ 2003, 585:L37.
37. Miller J M, Fabian A C, Miller M C. ApJ 2004, 607:931.
38. Mirabel I F, Rodríguez L F. ARA&A 1999, 37:409.
39. Miyawaki R, Sugiho M, Kubota A, Makishima K, Namiki M, Tanaka T, Tsunoda N. Spectral Study of Ultra-Luminous Compact X-ray Sources with XMM-Newton and Chandra, ESA SP-604 2006, 433. Wilson A, ed., ESA, Noordwijk, p
40. Mizuno T. PASJ 2007, 59:257.
41. Mucciarelli P, Casella P, Belloni T, Zampieri L, Ranalli P. MNRAS 2006, 365:1123.
42. Nowak M. Ap&SS 2005, 300:159.
43. Poutanen J, Lipunova G, Fabrika S, Butkevich A G, Abolmasov P. MNRAS 2007, 377:1187.
44. Roberts T P. Ap&SS 2007, 311:203.
45. Shakura N I, Sunyaev R A. A&A 1973, 24:337.
46. Shapiro S L, Lightman A P, Eardley D M. ApJ 1976, 204:187.
47. Stobbart A-M, Roberts T P, Wilms J. MNRAS 2006, 368:397.
48. Strohmayer T E, Mushotzky R F. ApJ 2003, 586:L61.
49. Strohmayer T E, Mushotzky R F, Winter L, Soria R, Uttley P, Cropper M. ApJ 2007, 660:580.
50. Strüder L. A&A 2001, 365:L18.
51. Sugiho M, Kotoku J, Makishima K, Kubota A, Mizuno T, Fukazawa Y, Tashiro M. ApJ 2001, 561:L73.
52. Sunyaev R A, Titarchuk L G. A&A 1980, 86:121.
53. Svensson R, Zdziarski A A. ApJ 1994, 436:599.
54. Turner M J L. A&A 2001, 365:L27.
55. Vaughan S, Edelson R, Warwick R S, Uttley P. MNRAS 2003, 345:1271.
56. Winter L M, Mushotzky R F, Reynolds C S. ApJ 2006, 649:730.
57. Zdziarski A A, Gierliński M. Progress Theor. Phys. Suppl. 2004, 155:99.
58. Zdziarski A A, Johnson W N, Magdziarz P. MNRAS 1996, 283:193.
59. życki P T, Done C, Smith D A. MNRAS 1999, 309:561.