The PDR structure of the Monoceros Ridge in the Rosette Molecular Cloud. Simon, R., Schneider, N., Kramer, C., Ossenkopf, V., & Röllig, M. In EAS Publications Series, volume 31, pages 205-207, 10, 2008.
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Paper doi abstract bibtex We present spectral line observations towards the Monoceros PDR in Rosette in context with optical (DSS), far-infrared (C^+, KAO), and mid-infrared (Spitzer) imaging of the region. The new data include maps in CO isotopomeric lines (IRAM 30 m, APEX, and NANTEN2) and cuts through the interface in a variety of chemical tracers and transitions: HCN, HNC, HCO^+, CN, CCH, and CS, in some cases including rarer isotopomers (IRAM 30 m and APEX). Our goal is to study, and possibly resolve, the temperature, chemical, and density structure in the clumpy PDR/molecular cloud transition. As a first results, we do find evidence for a layered structure perpendicular to the impinging UV radiation in selected chemical and excitational tracers.
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abstract = {We present spectral line observations towards the Monoceros PDR in Rosette in context with optical (DSS), far-infrared (C^+, KAO), and mid-infrared (Spitzer) imaging of the region. The new data include maps in CO isotopomeric lines (IRAM 30 m, APEX, and NANTEN2) and cuts through the interface in a variety of chemical tracers and transitions: HCN, HNC, HCO^+, CN, CCH, and CS, in some cases including rarer isotopomers (IRAM 30 m and APEX). Our goal is to study, and possibly resolve, the temperature, chemical, and density structure in the clumpy PDR/molecular cloud transition. As a first results, we do find evidence for a layered structure perpendicular to the impinging UV radiation in selected chemical and excitational tracers.},
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author = {R. {Simon} and N. {Schneider} and C. {Kramer} and V. {Ossenkopf} and M. {Röllig}},
pages = {205-207},
doi = {10.1051/eas:0831047},
url = {http://adsabs.harvard.edu/abs/2008EAS‥‥31‥205S},
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