Benchmark low-mass objects in Moving Groups

In order to compile a sample of ultracool dwarfs that will serve as benchmarks for testing theoretical formation and evolutionary models, we selected low-mass cool (>M7) objects that are potentially members of five known young Moving Groups in the solar neighbourhood. We have studied the kinemati...

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Main Authors: Burningham B., Barnes J., Jenkins J.S., Jones H.R.A., Pinfield D.J., Pavlenko Ya.V., Clarke J.R.A., Kuznetsov M., Gálvez-Ortiz M.C., Day-Jones A.C., Martín E.L., Pérez A.E. García, Pokorny R.S.
Format: Article
Language:English
Published: EDP Sciences 2013-04-01
Series:EPJ Web of Conferences
Online Access:http://dx.doi.org/10.1051/epjconf/20134705007
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spelling doaj-882889407e414277b698bfdc33961e762021-08-02T01:48:18ZengEDP SciencesEPJ Web of Conferences2100-014X2013-04-01470500710.1051/epjconf/20134705007Benchmark low-mass objects in Moving GroupsBurningham B.Barnes J.Jenkins J.S.Jones H.R.A.Pinfield D.J.Pavlenko Ya.V.Clarke J.R.A.Kuznetsov M.Gálvez-Ortiz M.C.Day-Jones A.C.Martín E.L.Pérez A.E. GarcíaPokorny R.S.In order to compile a sample of ultracool dwarfs that will serve as benchmarks for testing theoretical formation and evolutionary models, we selected low-mass cool (>M7) objects that are potentially members of five known young Moving Groups in the solar neighbourhood. We have studied the kinematics of the sample, finding that 49 targets belong to the young disk area, from which 36 are kinematic member of one of the five moving groups under study. Some of the identified low-mass members have been spectroscopically characterised (Teff, log g) and confirmed as young members through a detailed study of age indicators. http://dx.doi.org/10.1051/epjconf/20134705007
collection DOAJ
language English
format Article
sources DOAJ
author Burningham B.
Barnes J.
Jenkins J.S.
Jones H.R.A.
Pinfield D.J.
Pavlenko Ya.V.
Clarke J.R.A.
Kuznetsov M.
Gálvez-Ortiz M.C.
Day-Jones A.C.
Martín E.L.
Pérez A.E. García
Pokorny R.S.
spellingShingle Burningham B.
Barnes J.
Jenkins J.S.
Jones H.R.A.
Pinfield D.J.
Pavlenko Ya.V.
Clarke J.R.A.
Kuznetsov M.
Gálvez-Ortiz M.C.
Day-Jones A.C.
Martín E.L.
Pérez A.E. García
Pokorny R.S.
Benchmark low-mass objects in Moving Groups
EPJ Web of Conferences
author_facet Burningham B.
Barnes J.
Jenkins J.S.
Jones H.R.A.
Pinfield D.J.
Pavlenko Ya.V.
Clarke J.R.A.
Kuznetsov M.
Gálvez-Ortiz M.C.
Day-Jones A.C.
Martín E.L.
Pérez A.E. García
Pokorny R.S.
author_sort Burningham B.
title Benchmark low-mass objects in Moving Groups
title_short Benchmark low-mass objects in Moving Groups
title_full Benchmark low-mass objects in Moving Groups
title_fullStr Benchmark low-mass objects in Moving Groups
title_full_unstemmed Benchmark low-mass objects in Moving Groups
title_sort benchmark low-mass objects in moving groups
publisher EDP Sciences
series EPJ Web of Conferences
issn 2100-014X
publishDate 2013-04-01
description In order to compile a sample of ultracool dwarfs that will serve as benchmarks for testing theoretical formation and evolutionary models, we selected low-mass cool (>M7) objects that are potentially members of five known young Moving Groups in the solar neighbourhood. We have studied the kinematics of the sample, finding that 49 targets belong to the young disk area, from which 36 are kinematic member of one of the five moving groups under study. Some of the identified low-mass members have been spectroscopically characterised (Teff, log g) and confirmed as young members through a detailed study of age indicators.
url http://dx.doi.org/10.1051/epjconf/20134705007
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