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2006•Astronomy and AstrophysicsOpen access

CO and CH3OH observations of the BHR71 outflows with APEX

B. Parise, А. Беллоче, S. Leurini, P. Schilke, F. Wyrowski, R. Güsten

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Abstract

Context.Highly-collimated outflows are believed to be the earliest stage in outflow evolution, so their study is essential for understanding the processes driving outflows. The BHR71 Bok globule is known to harbour such a highly-collimated outflow, which is powered by a protostar belonging to a protobinary system.

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Context.Highly-collimated outflows are believed to be the earliest stage in outflow evolution, so their study is essential for understanding the processes driving outflows. The BHR71 Bok globule is known to harbour such a highly-collimated outflow, which is powered by a protostar belonging to a protobinary system.

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Available abstract

Context.Highly-collimated outflows are believed to be the earliest stage in outflow evolution, so their study is essential for understanding the processes driving outflows. The BHR71 Bok globule is known to harbour such a highly-collimated outflow, which is powered by a protostar belonging to a protobinary system.

Key concepts: Outflow, Collimated light, Protostar, Context (archaeology), Apex (geometry), Astrophysics, Astronomy, Physics

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