Relationship between pulse width and energy in GRB 060124: from X-ray to γ-ray bands

New Astronomy

Volumn 13, Issue 7, 2008, Pages 485-490

  Zhang, Fu Wen ^a,b   Qin, Yi Ping ^c,d  

^a CHINESE ACADEMY OF SCIENCES   (China)

^b UNIVERSITY OF CHINESE ACADEMY OF SCIENCES   (China)

^c GUANGZHOU UNIVERSITY   (China)

^d GUANGXI UNIVERSITY   (China)

Author keywords

Rays: bursts; Method: statistical; X rays: bursts; X rays: individual (GRB 060124)

Indexed keywords

EID: 41549154183     PISSN: 13841076     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.newast.2008.01.005     Document Type: Article

References (63)

1. Barthelmy S.D., et al. Space Sci. Rev. 120 (2005) 143
2. Burrows D.N., et al. Space Sci. Rev. 120 (2005) 165
3. Campana S., et al. Nature 442 (2006) 1008
4. Cenko S.B., Kasliwal M., Harrison F.A., et al. ApJ 652 (2006) 490
5. Chen L., Lou Y.-Q., Wu M., Qu J.-L., Jia S.-M., and Yang X.-J. ApJ 619 (2005) 983
6. Cheng L.X., Ma Y.Q., Cheng K.S., Lu T., and Zhou Y.Y. A&A 300 (1995) 746
7. Chiang J. ApJ 508 (1998) 752
8. Cohen E., Katz J.I., Piran T., Sari R., Preece R.D., and Band D.L. ApJ 488 (1997) 330
9. Costa E. Nucl. Pphs. B (Proc. Suppl.) 69 (1999) 646
10. Crew G.B., et al. ApJ 599 (2003) 387
11. Dado S., Dar A., and De Rújula A. ApJ 663 (2007) 400
12. Dermer C.D. ApJ 501 (1998) L157
13. Fenimore E.E., in't Zand J.J.M., Norris J.P., Bonnell J.T., and Nemiroff R.J. ApJ 448 (1995) L101
14. Fenimore E., et al. GCN Circ. (2006) 4586
15. Feroci M., et al. A&A 378 (2001) 441
16. Fishman G.J., Meegan C.A., Wilson R.B., Horack J.M., Brock M.N., Paciesas W.S., Pendleton G.N., and Kouveliotou C. In: Paciesas W.S., and Fishman G.J. (Eds). AIP Conference Proceedings 265, Gamma-Ray Bursts (1992), AIP, New York 13
17. Fox D.B., and Mészáros P. NJPh 8 (2006) 199
18. Gehrels N., et al. ApJ 611 (2004) 1005
19. Godet O., et al. GCN Circ. (2007) 6053
20. Golenetskii S., Aptekar R., Mazets E., Pal'shin V., Frederiks D., and Cline T. GCN Circ. (2006) 4599
21. Hill J.E., et al. ApJ 639 (2006) 303
22. Holland S.T., et al. GCN Circ. (2006) 4570
23. in't Zand J.J.M., Heise J., van Paradijs J., and Fenimore E.E. ApJ 516 (1999) L57
24. Jia L.-W., and Qin Y.-P. ApJ 631 (2005) L25
25. Kazanas D., Titarchuk L.G., and Hua X.-M. ApJ 493 (1998) 708
26. Kocevski D., Ryde F., and Liang E. ApJ 596 (2003) 389
27. Krimm H., et al. GCN Circ. (2007) 6058
28. Lamb D., Ricker G., Atteia J.-L., Kawai N., and Woosley S. GCN Circ. (2006) 4601
29. Liang E.W., Xie G.Z., and Su C.Y. PASJ 54 (2002) 1
30. Liang E.W., Zhang B.B., Stamatikos M., Zhang B., Norris J., Gehrels N., Zhang J., and Dai Z.G. ApJ 653 (2006) L81
31. Liang E.-W., Zhang B.-B., and Zhang B. ApJ 670 (2007) 565
32. Liang, E.-W., Racusin, J.L., Zhang, B., Zhang, B.-B., Burrows, D.N., in press. ApJ (arXiv:0708.2942).
33. Link B., Epstein R.I., and Priedhorsky W.C. ApJ 408 (1993) L81
34. Lu R.-J., Qin Y.-P., Zhang Z.-B., and Yi T.-F. MNRAS 367 (2006) 275
35. Mészáros P. Rev. Prog. Phys. 69 (2006) 2259
36. Morris D.C., Reeves J., Pal'shin V., et al. ApJ 654 (2007) 413
37. Nemiroff R.J. ApJ 544 (2000) 805
38. Norris J.P., Nemiroff R.J., Bonnell J.T., Scargle J.D., Kouveliotou C., Paciesas W.S., Meegan C.A., and Fishman G.J. ApJ 459 (1996) 393
39. Norris J.P., Marani G.F., and Bonnell J.T. ApJ 534 (2000) 248
40. Norris J.P., Bonnell J.T., Kazanas D., Scargle J.D., Hakkila J., and Giblin T.W. ApJ 627 (2005) 324
41. Nousek J.A., et al. ApJ 642 (2006) 389
42. O'Brien P.T., et al. ApJ 647 (2006) 1213
43. Page K.L., et al. ApJ 663 (2007) 1125
44. Peng Z.-Y., Lu R.-J., Qin Y.-P., and Zhang B.-B. ChJAA 7 (2007) 428
45. Peng Z.-Y., Qin Y.-P., Zhang B.-B., Lu R.-J., Jia L.-W., and Zhang Z.-B. MNRAS 368 (2006) 1351
46. Piran T. Phys. Rep. 314 (1999) 575
47. Piro L., et al. A&A 329 (1998) 906
48. Qin Y.-P., Zhang Z.-B., Zhang F.-W., and Cui X.-H. ApJ 617 (2004) 439
49. Qin Y.-P., Dong Y.-M., Lu R.-J., Zhang B.-B., and Jia L.-W. ApJ 632 (2005) 1008
50. Romano P., et al. A&A 456 (2006) 917
51. Roming P.W.A., et al. Space Sci. Rev. 120 (2005) 95
52. Shen R.-F., Song L.-M., and Li Z. MNRAS 362 (2005) 59
53. Vanderspek R., et al. ApJ 617 (2004) 1251
54. Vetere L., Massaro E., Costa E., Soffitta P., and Ventura G. A&A 447 (2006) 499
55. Wang J.C., Cen X.F., Qian T.L., Xu J., and Wang C.Y. ApJ 532 (2000) 267
56. Wu B., and Fenimore E. ApJ 535 (2000) L29
57. Yi T.F., Liang E.W., Qin Y.P., and Lu R.J. MNRAS 367 (2006) 1751
58. Zhang B., Fan Y.Z., Dyks J., Kobayashi S., Mészáros P., Burrows D.N., Nousek J.A., and Gehrels N. ApJ 642 (2006) 354
59. Zhang B. ChJAA 7 (2007) 1
60. Zhang B.-B., Liang E.-W., and Zhang B. ApJ 666 (2007) 1002
61. Zhang F.-W., Qin Y.-P., and Zhang B.-B. PASJ 59 (2007) 857
62. Zhang Z.-B., Deng J.-G., Lu R.-J., and Gao H.-F. ChJAA 6 (2006) 312
63. Zhang Z., Xie G.Z., Deng J.G., and Jin W. MNRAS 373 (2006) 729