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20012007
most citedThe Properties of Dense Molecular Gas in the Milky Way and Galaxies

2 citations · 2 across the 3 of their papers we have counts for

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astro-ph200815 cited

Spitzer Observations of L429: A Near-collapse or Collapsing Starless Core

Amelia M. Stutz, Tyler L. Bourke, George H. Rieke +4

We present Spitzer infrared observations of the starless core L429. The IR images of this core show an absorption feature, caused by the dense core material, at wavelengths <= 70 m…

astro-ph200872 cited

Spitzer Observations of Bok Globule B335: Isolated Star Formation Efficiency and Cloud Structure

Amelia M. Stutz, Mark Rubin, Michael W. Werner +8

We present infrared and millimeter observations of Barnard 335, the prototypical isolated Bok globule with an embedded protostar. Using Spitzer data we measure the source luminosit…

astro-ph2008141 cited

Current Star Formation in the Ophiuchus and Perseus Molecular Clouds: Constraints and Comparisons from Unbiased Submillimeter and Mid-Infrared Surveys. II

Jes Jorgensen, Doug Johnstone, Helen Kirk +3

We present a census of the population of deeply embedded young stellar objects (YSOs) in the Ophiuchus molecular cloud complex based on a combination of Spitzer Space Telescope mid…

astro-ph20072 cited

The Properties of Dense Molecular Gas in the Milky Way and Galaxies

Yancy L. Shirley, Jingwen Wu, R. Shane Bussmann +1

We review the evidence for a constant star formation rate per unit mass in dense molecular gas in the Milky Way and the extragalactic correlations of L_IR with L' from observations…

astro-ph2007123 cited

Molecular Star Formation Rate Indicators in Galaxies

Desika Narayanan, Thomas J. Cox, Yancy Shirley +3

We derive a physical model for the observed relations between star formation rate (SFR) and molecular line (CO and HCN) emission in galaxies, and show how these observed relations…

astro-ph2007

Developing A Chemical Evolutionary Sequence for Low-mass Starless Cores

Yancy L. Shirley

I review the basic processes that may be used to develop a chemical evolutionary sequence for low-mass starless cores. I highlight observational results from the Arizona Radio Obse…