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Identification Of A Complete 160 Μm Flux-Limited Sample Of Infrared Galaxies In The Iso Lockman Hole 1 Deg2 Deep Fields: Source Properties And Evidence For Strong Evolution In The Fir Luminosity Function For Ulirgs, Ba Jacobs, Db Sanders, Dsn Rupke, H Aussel, Dt Frayer, O Ilbert, Ks Kartaltepe, K Kawara, D-C Kim, E Le Floc'h, T Murayama, V Smolcic, Ja Surace, Y Taniguchi, S Veilleux, Min Yun
Identification Of A Complete 160 Μm Flux-Limited Sample Of Infrared Galaxies In The Iso Lockman Hole 1 Deg2 Deep Fields: Source Properties And Evidence For Strong Evolution In The Fir Luminosity Function For Ulirgs, Ba Jacobs, Db Sanders, Dsn Rupke, H Aussel, Dt Frayer, O Ilbert, Ks Kartaltepe, K Kawara, D-C Kim, E Le Floc'h, T Murayama, V Smolcic, Ja Surace, Y Taniguchi, S Veilleux, Min Yun
Astronomy Department Faculty Publication Series
We have identified a complete, flux-limited (S 160>120 mJy) sample of 160 μm selected sources from Spitzer observations of the 1 deg2 Infrared Space Observatory (ISO) Deep Field region in the Lockman Hole (LH). Ground-based UV, optical, and near-infrared (NIR) photometry and optical spectroscopy have been used to determine colors, redshifts, and masses for the complete sample of 40 galaxies. Spitzer-IRAC+MIPS photometry, supplemented by ISOPHOT data at 90 μm and 170 μm, has been used to calculate accurate total infrared luminosities, L IR(8-1000 μm), and to determine the IR luminosity function (LF) of …