The sequence of low- and high-mass star formation in the young stellar cluster IRAS 19343+2026

Monthly Notices of the Royal Astronomical Society

Volumn 407, Issue 3, 2010, Pages 1807-1818

  Ojha, D K ^a   Kumar, M S N ^b   Davis, C J ^c   Grave, J M C ^b  

^a TATA INSTITUTE OF FUNDAMENTAL RESEARCH   (India)

^b CENTRO DE ASTROFÍSICA   (Portugal)

^c UNIVERSITY OF HAWAII   (United States)

Author keywords

H ii regions; Infrared: stars; ISM: general; Stars: formation; Stars: massive

Indexed keywords

FUNCTIONS; STARS;

H II REGION; INFRARED: STAR; INITIAL MASS; ISM:GENERAL; LOW-HIGH; LOW-MASS; MASS FUNCTIONS; POINT-SOURCES; STARS FORMATION; STARS: MASSIVE;

PHOTOMETRY;

EID: 77956632056     PISSN: 00358711     EISSN: 13652966     Source Type: Journal    
DOI: 10.1111/j.1365-2966.2010.17018.x     Document Type: Article

References (42)

1. Antoniucci S, Nisini B, Giannini T, Lorenzetti L. A&A 2008, 479:503.
2. Ascenso J, Alves J, Vicente S, Lago M T V T. A&A 2007, 476:199.
3. Baraffe I, Chabrier G, Allard F, Hauschildt P H. A&A 1998, 337:403.
4. Bessell M S, Brett J M. PASP 1988, 100:1134. BB
5. Casali M. A&A 2007, 467:777.
6. Cavanagh B, Hirst P, Jenness T, Economou F, Currie M J, Todd S, Ryder S D. Astronomical Data Analysis Software and Systems XII 2003, 237. Payne H E, Jedrzejewski R I, Hook R N, in, eds, Astron. Soc. Pac., San Francisco, p
7. Churchwell E. PASP 2009, 121:213.
8. Grave J M C, Kumar M S N. A&A 2009, 498:147.
9. Greene T P, Lada C J. AJ 1996, 112:2184.
10. Hanson M M, Kudritzki R-P, Kenworthy M A, Puls J, Tokunaga A T. ApJS 2005, 161:154.
11. Hawarden T G, Leggett S K, Letawsky M B, Ballantyne D R, Casali M M. MNRAS 2001, 325:563.
12. Kroupa P. MNRAS 2001, 322:231.
13. Kumar M S N, Grave J M C. A&A 2007, 472:155.
14. Kumar M S N, Tafalla M, Bachiller R. A&A 2004, 426:195.
15. Kumar M S N, Keto E, Clerkin E. A&A 2006, 449:1033.
16. Lada C J, Adams F C. ApJ 1992, 393:278.
17. Lada C J, Lada E A. ARA&A 2003, 41:57.
18. Landolt A U. AJ 1992, 104:340.
19. Lawrence A. MNRAS 2007, 379:1599.
20. Lejeune T, Schaerer D. A&A 2001, 366:538.
21. Lucas P W. MNRAS 2008, 391:136.
22. McKee C F, Tan J C. Nat 2002, 416:59.
23. McKee C F, Tan J C. ApJ 2003, 585:850.
24. McNamara B J, Sekiguchi K. ApJ 1986, 310:613.
25. Mercer E P. ApJ 2005, 635:560.
26. Meyer M R, Calvet N, Hillenbrand L A. AJ 1997, 114:288.
27. Molinari S, Brand J, Cesaroni R, Palla F. A&A 1996, 308:573.
28. Muench A A, Lada E A, Lada C J, Alves J F. ApJ 2002, 573:366.
29. Ojha D K, Tamura M, Nakajima Y, Saito H, Pandey A K, Ghosh S K, Aoki K. ApJ 2009, 693:634.
30. Osterbrock D E. Astrophysics of Gaseous Nebulae and Active Galactic Nuclei 1989, University Science Books, Mill Valley, California
31. Palla F, Stahler S. ApJ 1999, 525:772.
32. Ramsay Howat S K. The Commissioning of and First Results from the UIST Imager Spectrometer. UV and Gamma-Ray Space Telescope Systems 2004, 1160. Hasinger GTurner M J. in, eds, SPIE, Bellingham, p
33. Robitaille T P, Whitney B A, Indebetouw R, Wood K, Denzmore P. ApJS 2006, 157:256.
34. Robitaille T P, Whitney B A, Indebetouw R, Wood K. ApJS 2007, 169:328.
35. Roche P F. Proc. SPIE 4841. Instrument Design and Performance for Optical/IR Ground Based Telescopes 2003, Iye MMoorwood A F. in, eds, SPIE, Bellingham
36. Salpeter E E. ApJ 1955, 121:161.
37. Schmeja S, Kumar M S N, Ferreira B. MNRAS 2008, 389:1209.
38. Simons D A, Tokunaga A. PASP 2002, 114:169.
39. Stetson P B. PASP 1987, 99:191.
40. Whittet D C B, van Breda I G. MNRAS 1980, 192:467.
41. Zinnecker H, Yorke H W. ARA&A 2007, 45:481.
42. Zinnecker H, Beuther H. Massive Star Formation: Observations Confront Theory 2008, 438. Beuther H, Linz HHenning H. in, eds, Astron. Soc. Pac., San Francisco, p