TULLY - FISHER RELATION PROOFING

M. ALI, AKRAM

doi:10.37652/juaps.2009.15642

	TULLY - FISHER RELATION PROOFING
Journal of University of Anbar for Pure Science
Article 42, Volume 3, Issue 3, 2009, Pages 177-183 PDF (653.13 K)
Document Type: Research Paper
DOI: 10.37652/juaps.2009.15642
Author
AKRAM M. ALI^*
Anbar University - College of Science
Abstract
Tully – Fisher relation is a tool to study mass – luminosity relation for all galaxies and other properties , the spiral galaxies was studied by this relation can use as standard candle to measure the distance for far and fast objects that turn aside from Hubble line. But somebody make doupt about this relation for far than 200Mph and high velocities because the hardly widening of the 21 cm line from HI atom , so we use the LEDA web site , that having more than 3 million objects with its data, to prove the correct of this relation even for the more distance by finding the little standard devation , slope and other veraibles that deal with mass and luminosity
Keywords
Tully; Fisher

References
LEDA, http:// leda.univ-lyon 1.fr ( general LEDA information ) Tully, R & Fisher, J. , (1977). A new Method of determining Distances to Galaxies, Astronomy & Astrophysics, V54, No.3, PP.661-673. Spark, L. & Gallagher, J., (2000), Galaxies in the univers : An Introduction , ApJ,598:162-167. . Richard, B. T., Scholarpedia,( 2007) 2(12) :4485. Mc Gaugh , S. ,eta ,(2000 ). , ApJ , 533: L99-L102. Dalcanton , J. et al. , (2004), APJ, 608 : 189-207. Russell, d., (2004), ApJ. , 607: 241-246. Courteau, S., et al. (2003) , ApJ , 594 : 208-224. Andersen, D. et al. Bershady, M., (2003), ApJ, 599: L79-L82. 10. Zwaan, M.et al. , (1995). The Tully –Fisher relation for Low Surface brightness galaxies, Mon. Roy. Astro. Soc. , 273, L35. 11. Macrie , L. & Huchra , J. ,(2000). A data basea of Tully-Fisher Calibrator nGalaxies , ApJ Supplement ,128 : 461-468. 12. Peter Fred, The Tully – Fisher relation (2007), Astnoprof , page on internet . 13. Swinbank , A, et al. ,(2003). , ApJ, 598: 162-167. 14. Mc Gaugh, S., (2004) , ApJ ,609 : 652-666. 15. Mc Gaugh, S., (2005), ApJ 632: 859-871. 16. Dunkel , J. ,(2004 ),On the Relationship between Modified Newtonion Dynamics and Dark Matter, ApJ. , 604, L37-L40. 17. Knnappan, S. et al, (2002) , Astronomical Journal, 123 :2358-2386. 18. Ryden , B., (2004), ApJ ,601 : 214-220. 19. Watanabe ,M. et al. ,(2001) ,ApJ , 555 : 215-231 20. Ziegler , B et al. (2002) , ApJ ,564 : L69-L72 21. Koda , J. , Sofue , Y.& Wada, K,( 2002), ApJ, 532: 214-220. 22. Springob, C. M. et al., (2007) Astrophys. J. Suppl., 172, 599. 23. Tully, R.B. etal.,(2007), arxiv: 0705,4139 (astro–ph. 24. Michael P. (2006), eaa.iop. org, 0333750888 /2622.
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