Can Deuteration be Used as A Chemical Clock in Protostellar Cores

Date Issued
2017
Author(s)
Schleicher, Dominik
•
Banerjee, R.
•
Boekholt, T.
•
Bovino, S.
•
Fellhauer, M.
•
•
Grassi, T.
•
Grete, P.
•
Haugboelle, T.
•
Koertgen, B.
•
Latif, M.
•
Riaz, R.
•
Stutz, A.
DOI
Abstract
Measuring deuteration fraction in protostellar cores is considered as an important method for age determinations of protostellar cores, and the high deuteration fraction of up to 10% has been considered as evidence for high ages and strong support via magnetic field. In this talk, I will present 3D magneto-hydrodynamical simulations including the deuteration chemistry to explore how the deuteration fraction depends on the dynamical and chemical conditions. I will show that high deuteration fractions can be obtained under a large set of different conditions.
Coverage
Star Formation from Cores to Clusters
Start page
54
Conferenece
Star Formation from Cores to Clusters
Conferenece place
ESO, Santiago, Cile
Conferenece date
6-9 marzo, 2017
Uri
Url
Ads BibCode
2017sfcc.confE..54S
Rights
open.access
File(s)
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Thumbnail Image
Name

schleicher_2017.pdf

Description
Talk
Size

2.24 MB

Format

Adobe PDF

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