Shock-heating of stellar envelopes: A possible common mechanism at the origin of explosions and eruptions in massive stars

Monthly Notices of the Royal Astronomical Society

Volumn 405, Issue 4, 2010, Pages 2113-2131

  Dessart, Luc ^a   Livne, Eli ^b   Waldman, Roni ^b  

^a AIX MARSEILLE UNIVERSITÉ   (France)

^b HEBREW UNIVERSITY OF JERUSALEM   (Israel)

Author keywords

Radiation hydrodynamics; Radiative transfer; Stars: atmospheres; Stars: mass loss; Stars: supernovae: general

Indexed keywords

BINDING ENERGY; HYDRODYNAMICS; KINETIC ENERGY; KINETICS; LUMINANCE;

ENERGY RELEASE; LUMINOUS BLUE VARIABLES; MASSIVE STARS; RADIATION HYDRODYNAMICS; STARS: ATMOSPHERE; STARS: MASS-LOSS; STARS: SUPERNOVAE: GENERAL; STELLAR ENVELOPE; TRANSIENT PHENOMENON; TYPE II;

SUPERNOVAE;

EID: 77955016906     PISSN: 00358711     EISSN: 13652966     Source Type: Journal    
DOI: 10.1111/j.1365-2966.2010.16626.x     Document Type: Article

References (78)

1. Arnett D, Meakin C, Young P A. The Fate of the Most Massive Stars 2005, Humphreys R, Stanek K, ASP Conf. Ser. Vol. 332, Astron. Soc. Pac., San Francisco, p. 75
2. Asida S M, Arnett D. ApJ 2000, 545:435.
3. Bazan G, Arnett D. ApJ 1994, 433:L41.
4. Bazan G, Arnett D. ApJ 1998, 496:316.
5. Blinnikov S, Lundqvist P, Bartunov O, Nomoto K, Iwamoto K. ApJ 2000, 532:1132.
6. Botticella M T. MNRAS 2009, 398:1041.
7. Burrows A, Goshy J. ApJ 1993, 416:L75.
8. Burrows A, Livne E, Dessart L, Ott C D, Murphy J. ApJ 2007a, 655:416.
9. Burrows A, Dessart L, Livne E, Ott C D, Murphy J. ApJ 2007b, 664:416.
10. Cantiello M. AandA 2009, 499:279.
11. Chugai N N, Utrobin V P. AandA 2000, 354:557.
12. Dessart L, Hillier D J. AandA 2005a, 437:667.
13. Dessart L, Hillier D J. AandA 2005b, 439:671.
14. Dessart L, Hillier D J. AandA 2006, 447:691.
15. Dessart L. ApJ 2008, 675:644.
16. Dessart L, Hillier D J, Gezari S, Basa S, Matheson T. MNRAS 2009, 394:21.
17. Drissen L, Crowther P A, Smith L J, Robert C, Roy J-R, Hillier D J. ApJ 2001, 546:484.
18. Ensman L. ApJ 1994, 424:275.
19. Ensman L M. AA 1991, PhD thesis, California Univ.
20. Falk S W, Arnett W D. ApJS 1977, 33:515.
21. Foley R J. AJ 2009, 138:376.
22. Frew D J. J. Astron. Data 2004, 10:6.
23. Fryer C L. ApJ 2009, 707:193.
24. Gezari S. ApJ 2008, 683:L131.
25. Guzik J A. The Fate of the Most Massive Stars 2005, 204. Humphreys RStanek K., Astron. Soc. Pac., San Francisco, p
26. Hamuy M, Pinto P A. ApJ 2002, 566:L63.
27. Hamuy M, Phillips M, Suntzeff N, Maza J. IAU Circular 2003, 8151:2.
28. Hillier D J, Miller D L. ApJ 1998, 496:407.
29. Hillier D J, Davidson K, Ishibashi K, Gull T. ApJ 2001, 553:837.
30. Howell D A. Nat 2006, 443:308.
31. Kitaura F S, Janka H-T, Hillebrandt W. AandA 2006, 450:345.
32. Kochanek C S, Beacom J F, Kistler M D, Prieto J L, Stanek K Z, Thompson T A, Yüksel H. ApJ 2008, 684:1336.
33. Kovetz A, Shaviv G. ApJ 1994, 426:787.
34. Kulkarni S R. Nat 2007, 447:458.
35. Leonard D C. PASP 2002a, 114:35.
36. Leonard D C. AJ 2002b, 124:2490.
37. Levesque E M, Massey P, Olsen K A G, Plez B, Josselin E, Maeder A, Meynet G. ApJ 2005, 628:973.
38. Livne E. ApJ 1993, 412:634.
39. Martins F, Schaerer D, Hillier D J. AandA 2005, 436:1049.
40. Maund J R, Smartt S J, Danziger I J. MNRAS 2005, 364:L33.
41. Maund J R. MNRAS 2006, 369:390.
42. Mazzali P A. ApJ 2002, 572:L61.
43. Meakin C A, Arnett D. ApJ 2006, 637:L53.
44. Mihalas D. Stellar Atmospheres: Freeman and Co. 1978, 650. 2nd edn, San Francisco, p
45. Mitalas R, Sills K R. ApJ 1992, 401:759.
46. Mocák M, Müller E, Weiss A, Kifonidis K. AandA 2008, 490:265.
47. Mocák M, Müller E, Weiss A, Kifonidis K. AandA 2009, 501:659.
48. Murphy J W, Burrows A. ApJ 2008, 688:1159.
49. Nugent P. ApJ 2006, 645:841.
50. Owocki S P, Gayley K G, Shaviv N J. ApJ 2004, 616:525.
51. Pastorello A. MNRAS 2004, 347:74.
52. Pastorello A. Nat 2007, 449:1.
53. Pastorello A. MNRAS 2009, 394:2266.
54. Petit V, Drissen L, Crowther P A. AJ 2006, 132:1756.
55. Poznanski D. ApJ 2009, 694:1067.
56. Prieto J L. ApJ 2008, 681:L9.
57. Richtmyer R D, Morton K W. Difference Methods for Initial Value Problems 1967, Interscience, New York
58. Shaviv N J. ApJ 2000, 532:L137.
59. Smartt S J. ARAandA 2009, 47:63.
60. Smith N. Nat 2008, 455:201.
61. Smith N, McCray R. ApJ 2007, 671:L17.
62. Smith N, Gehrz R D, Hinz P M, Hoffmann W F, Hora J L, Mamajek E E, Meyer M R. AJ 2003, 125:1458.
63. Smith N. ApJ 2007, 666:1116.
64. Smith N. ApJ 2009a, 697:L49.
65. Smith N, Hinkle K H, Ryde N. AJ 2009b, 137:3558.
66. Utrobin V P. AandA 2007, 461:233.
67. Utrobin V P, Chugai N N. AandA 2008, 491:507.
68. Utrobin V P, Chugai N N. AandA 2009, 506:829.
69. Valenti S. Nat 2009, 459:674.
70. Van Dyk S D, Peng C Y, King J Y, Filippenko A V, Treffers R R, Li W, Richmond M W. PASP 2000, 112:1532.
71. Wagner R M. PASP 2004, 116:326.
72. Weaver T A, Woosley S E. BAAS 1979, 11:724.
73. Woosley S E, Eastman R G, Schmidt B P. ApJ 1999, 516:788.
74. Woosley S E, Heger A, Weaver T A. Rev. Modern Phys. 2002, 74:1015. WHW02
75. Woosley S E, Blinnikov S, Heger A. Nat 2007a, 450:390.
76. Woosley S E, Kasen D, Blinnikov S, Sorokina E. ApJ 2007b, 662:487.
77. Zeldovich Y B, Novikov I D. Relativistic Astrophysics 1971, 1. Zeldovich Y B, Novikov I D., Vol., Stars and Relativity. Univ, of Chicago Press, Chicago, IL
78. Zwicky F. ApJ 1964, 139:514.