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Full-Text Articles in Physical Sciences and Mathematics
Early Science With The Large Millimeter Telescope: Exploring The Effect Of Agn Activity On The Relationships Between Molecular Gas Dust And Star Formation, Allison Kirkpatrick, Alexandra Pope, Itziar Aretxaca, Lee Armus, Daniela Calzetti, George Helou, Alfredo Montana, Gopal Narayanan, F. Peter Schloerb, Young Shi, Olga Vega, Min Yun
Early Science With The Large Millimeter Telescope: Exploring The Effect Of Agn Activity On The Relationships Between Molecular Gas Dust And Star Formation, Allison Kirkpatrick, Alexandra Pope, Itziar Aretxaca, Lee Armus, Daniela Calzetti, George Helou, Alfredo Montana, Gopal Narayanan, F. Peter Schloerb, Young Shi, Olga Vega, Min Yun
Gopal Narayanan
The molecular gas, H2, that fuels star formation in galaxies is difficult to observe directly. As such, the ratio of LIR to is an observational estimate of the star formation rate compared with the amount of molecular gas available to form stars, which is related to the star formation efficiency and the inverse of the gas consumption timescale. We test what effect an IR luminous active galactic nucleus (AGN) has on the ratio in a sample of 24 intermediate redshift galaxies from the 5 mJy Unbiased Spitzer Extragalactic Survey (5MUSES). We obtain new CO(1–0) observations with the Redshift Search Receiver …
Molecular Gas Content Of Hi Monsters And Implications To Cold Gas Content Evolution In Galaxies, Cheoljong Lee, Aeree Chung, Min S. Yun, Ryan Cybulski, Gopal Narayanan, N. Erickson
Molecular Gas Content Of Hi Monsters And Implications To Cold Gas Content Evolution In Galaxies, Cheoljong Lee, Aeree Chung, Min S. Yun, Ryan Cybulski, Gopal Narayanan, N. Erickson
Gopal Narayanan
No abstract provided.