Proper motion L and T dwarf candidate members of the Pleiades
Identifieur interne : 009107 ( Main/Exploration ); précédent : 009106; suivant : 009108Proper motion L and T dwarf candidate members of the Pleiades
Auteurs : S. L. Casewell [Royaume-Uni] ; P. D. Dobbie [Australie] ; S. T. Hodgkin ; E. Moraux [France] ; R. F. Jameson ; N. C. Hambly ; J. Irwin ; N. Lodieu [Espagne]Source :
- Monthly Notices of the Royal Astronomical Society [ 0035-8711 ] ; 2007-07-01.
Descripteurs français
- Pascal (Inist)
English descriptors
- KwdEn :
- Annulus, Arcsec, Background stars, Baraffe, Bihain, Blueward transition sequence, Bouvier, Bright stars, Brown dwarf, Brown dwarf stars, Candidate cluster members, Candidate members, Centroiding uncertainty, Cfht, Cfht survey, Cluster mass function, Cluster members, Cluster sequence, Color, Color-magnitude diagrams, Colour, Cond models, Control areas, Control circle, Core radius, Deg2, Dither pattern, Dusty isochrone, Dusty model, Dusty models, Dwarf, Dwarf candidates, Dwarf members, Effective temperature regime, Eld, Epoch difference, Evolutionary models, Fake stars, Good choice, Initial mass function, Jameson, Journal compilation, Lled, Lled circles, Lled diamonds, Lled squares, Lled triangles, Low-mass stars, Lowest mass, Luminosity function, Magnitude range, Mass spectrum, Mnras, Model isochrones, Moraux, National research council, Nextgen, Nextgen model, Object detection, Open circle, Open circles, Open clusters, Optical data, Osorio, Photometric, Photometric band, Photometry, Planetary mass, Pleiades, Pliz, Plzj, Point sources, Previous surveys, Probability annulus probability, Proper motion, Proper motion analysis, Proper motion measurement, Proper motion measurements, Proper motion members, Proper motion vector diagram, Proper motions, Radial method, Reference stars, Same pipeline, Same time, Selection criteria, Separate control clusters, Small points, Solid line, Spectral type, Spectral types, Star clusters, Star formation, Star formation process, Stauffer, Theoretical model, Theoretical models, Theoretical predictions, Ukirt, Vector point diagram, Velocity dispersion, Wfcam, Wfcam data, Wfcam tiles, Young ages, Young clusters, Zapatero, Zapatero osorio.
- Teeft :
- Annulus, Arcsec, Background stars, Baraffe, Bihain, Blueward transition sequence, Bouvier, Bright stars, Brown dwarf, Candidate cluster members, Candidate members, Centroiding uncertainty, Cfht, Cfht survey, Cluster mass function, Cluster members, Cluster sequence, Colour, Cond models, Control areas, Control circle, Core radius, Deg2, Dither pattern, Dusty isochrone, Dusty model, Dusty models, Dwarf, Dwarf candidates, Dwarf members, Effective temperature regime, Eld, Epoch difference, Evolutionary models, Fake stars, Good choice, Initial mass function, Jameson, Journal compilation, Lled, Lled circles, Lled diamonds, Lled squares, Lled triangles, Lowest mass, Luminosity function, Magnitude range, Mass spectrum, Mnras, Model isochrones, Moraux, National research council, Nextgen, Nextgen model, Object detection, Open circle, Open circles, Optical data, Osorio, Photometric, Photometric band, Photometry, Planetary mass, Pleiades, Pliz, Plzj, Point sources, Previous surveys, Probability annulus probability, Proper motion, Proper motion analysis, Proper motion measurement, Proper motion measurements, Proper motion members, Proper motion vector diagram, Proper motions, Radial method, Reference stars, Same pipeline, Same time, Selection criteria, Separate control clusters, Small points, Solid line, Spectral type, Spectral types, Star formation, Star formation process, Stauffer, Theoretical models, Theoretical predictions, Ukirt, Vector point diagram, Velocity dispersion, Wfcam, Wfcam data, Wfcam tiles, Young ages, Young clusters, Zapatero, Zapatero osorio.
Abstract
We present the results of a deep optical–near‐infrared (optical–NIR) multi‐epoch survey covering 2.5 deg2 of the Pleiades open star cluster to search for new very low‐mass brown dwarf members. A significant (∼5 yr) epoch difference exists between the optical (CFH12k I‐, Z‐band) and NIR (UKIRT WFCAM J‐band) observations. We construct I, I−Z and Z, Z−J colour–magnitude diagrams to select candidate cluster members. Proper motions are computed for all candidate members and compared to the background field objects to further refine the sample. We recover all known cluster members within the area of our survey. In addition, we have discovered nine new candidate brown dwarf cluster members. The seven faintest candidates have red Z−J colours and show blue NIR colours. These are consistent with being L‐ and T‐type Pleiads. Theoretical models predict their masses to be around 11MJup.
Url:
- https://api.istex.fr/document/66F26ECD32AE3C9BB11064DD16821BBC7A74B980/fulltext/pdf
- https://api.istex.fr/document/58336ED7BE6B9107F04F3D53D9BD7991D5BBD833/fulltext/pdf
DOI: 10.1111/j.1365-2966.2007.11848.x
Affiliations:
- Australie, Espagne, France, Royaume-Uni
- Auvergne-Rhône-Alpes, Rhône-Alpes
- Grenoble
- Université Joseph Fourier
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Le document en format XML
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<term>Bouvier</term>
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<term>Proper motion measurement</term>
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<term>Proper motion members</term>
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<term>Radial method</term>
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<term>Same time</term>
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<term>Separate control clusters</term>
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<term>Solid line</term>
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<term>Blueward transition sequence</term>
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<term>Bright stars</term>
<term>Brown dwarf</term>
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<term>Candidate members</term>
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<term>Cfht</term>
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<term>Cluster sequence</term>
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<term>Dither pattern</term>
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<term>Good choice</term>
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<term>Lled squares</term>
<term>Lled triangles</term>
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<term>Luminosity function</term>
<term>Magnitude range</term>
<term>Mass spectrum</term>
<term>Mnras</term>
<term>Model isochrones</term>
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<term>Plzj</term>
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<term>Probability annulus probability</term>
<term>Proper motion</term>
<term>Proper motion analysis</term>
<term>Proper motion measurement</term>
<term>Proper motion measurements</term>
<term>Proper motion members</term>
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<term>Proper motions</term>
<term>Radial method</term>
<term>Reference stars</term>
<term>Same pipeline</term>
<term>Same time</term>
<term>Selection criteria</term>
<term>Separate control clusters</term>
<term>Small points</term>
<term>Solid line</term>
<term>Spectral type</term>
<term>Spectral types</term>
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<term>Star formation process</term>
<term>Stauffer</term>
<term>Theoretical models</term>
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<term>Vector point diagram</term>
<term>Velocity dispersion</term>
<term>Wfcam</term>
<term>Wfcam data</term>
<term>Wfcam tiles</term>
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<front><div type="abstract" xml:lang="en">We present the results of a deep optical–near‐infrared (optical–NIR) multi‐epoch survey covering 2.5 deg2 of the Pleiades open star cluster to search for new very low‐mass brown dwarf members. A significant (∼5 yr) epoch difference exists between the optical (CFH12k I‐, Z‐band) and NIR (UKIRT WFCAM J‐band) observations. We construct I, I−Z and Z, Z−J colour–magnitude diagrams to select candidate cluster members. Proper motions are computed for all candidate members and compared to the background field objects to further refine the sample. We recover all known cluster members within the area of our survey. In addition, we have discovered nine new candidate brown dwarf cluster members. The seven faintest candidates have red Z−J colours and show blue NIR colours. These are consistent with being L‐ and T‐type Pleiads. Theoretical models predict their masses to be around 11MJup.</div>
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