Probing Star Formation in Interacting Galaxies Using UV and Mid-IR: The\n Case of Arp 82
Mark H. Hancock, Beverly J. Smith, Curtis Struck, Mark L. Giroux, P. N. Appleton, W. T. Reach, V. Charmandaris
Abstract
Open-access reader
Mark H. Hancock, Beverly J. Smith, Curtis Struck, Mark L. Giroux, P. N. Appleton, W. T. Reach, V. Charmandaris
Abstract
Open-access reader
To help understand the effects of galaxy interactions on star formation, we\nanalyze Spitzer infrared and GALEX ultraviolet images of the interacting galaxy\npair Arp 82 (NGC 2535/6), and compare to a numerical simulation of the\ninteraction. We investigate the UV and IR properties of several star forming\nregions (clumps). Using the FUV/NUV colors of the clumps we constrain the ages.\nThe 8 micron and 24 micron luminosities are used to estimate the far-infrared\nluminosities and the star formation rates of the clumps. We investigate\npossible gradients in the UV and IR colors. See Smith et al. (2006a,b) for\nglobal results on our entire interacting sample.\n
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
To help understand the effects of galaxy interactions on star formation, we\nanalyze Spitzer infrared and GALEX ultraviolet images of the interacting galaxy\npair Arp 82 (NGC 2535/6), and compare to a numerical simulation of the\ninteraction. We investigate the UV and IR properties of several star forming\nregions (clumps). Using the FUV/NUV colors of the clumps we constrain the ages.\nThe 8 micron and 24 micron luminosities are used to estimate the far-infrared\nluminosities and the star formation rates of the clumps. We investigate\npossible gradients in the UV and IR colors. See Smith et al. (2006a,b) for\nglobal results on our entire interacting sample.\n
Key concepts: Physics, Star formation, Galaxy, Astrophysics, Infrared, Ultraviolet, Star (game theory), Astronomy