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- OGLE-TR-10b abstract "OGLE-TR-10b is an extrasolar planet orbiting the star OGLE-TR-10.The planet was first detected by the Optical Gravitational Lensing Experiment (OGLE) survey in 2002. The star, OGLE-TR-10, was seen dimming by a tiny amount every 3 days. The transit lightcurve resembles that of HD 209458 b, the first transiting extrasolar planet. However, the mass of the object had to be measured by the radial velocity method, because other objects like red dwarfs and brown dwarfs can mimic the planetary transit. In late 2004 it was confirmed as the 5th planetary discovery by OGLE.The planet is a typical "hot Jupiter", a planet with a mass half that of Jupiter and orbital distance only 1/24th that of Earth from the Sun. One revolution around the star takes a little over three days to complete. The planet is slightly larger than Jupiter, probably due to the heat from the star.OGLE-TR-10 was identified as a promising candidate by the OGLE team during their 2001 campaign in three fields towards the Galactic Center.The possible planetary nature of its companion was based on spectroscopic follow-up.A reported a tentative radial velocity semi-amplitude (from Keck-I/HIRES) of 100±43 m/s, and a mass for the putative planet of 0.7 ± 0.3 MJup was confirmed in 2004 with the UVES/FLAMES radial velocities. However, the possibility of a blend could not be ruled out.A blend scenario as an alternative explanation from an analysis combining all available radial velocity measurements with the OGLE light curve. OGLE-TR-10b has a mass of 0.57 ± 0.12 MJup and a radius of 1.24 ± 0.09 RJup. These parameters bear close resemblance to those of the first known transiting extrasolar planet, HD 209458 b.Note that the planets with the longer periods in the hot Jupiter class all have small masses (~0.7 MJup), while all the short-period planets (i.e., very hot Jupiters) have masses roughly twice as large. This trend may be related to the survival of planets in proximity to their parent stars.".
- OGLE-TR-10b thumbnail Exoplanet_Comparison_OGLE-TR-10_b.png?width=300.
- OGLE-TR-10b wikiPageExternalLink ogle10.html.
- OGLE-TR-10b wikiPageExternalLink OGLE-TR-10.html.
- OGLE-TR-10b wikiPageID "1591104".
- OGLE-TR-10b wikiPageLength "7029".
- OGLE-TR-10b wikiPageOutDegree "31".
- OGLE-TR-10b wikiPageRevisionID "670473325".
- OGLE-TR-10b wikiPageWikiLink Brown_dwarf.
- OGLE-TR-10b wikiPageWikiLink Category:Exoplanets.
- OGLE-TR-10b wikiPageWikiLink Category:Exoplanets_discovered_in_2002.
- OGLE-TR-10b wikiPageWikiLink Category:Giant_planets.
- OGLE-TR-10b wikiPageWikiLink Category:Hot_Jupiters.
- OGLE-TR-10b wikiPageWikiLink Category:Sagittarius_(constellation).
- OGLE-TR-10b wikiPageWikiLink Category:Transiting_exoplanets.
- OGLE-TR-10b wikiPageWikiLink Chile.
- OGLE-TR-10b wikiPageWikiLink Day.
- OGLE-TR-10b wikiPageWikiLink Exoplanet.
- OGLE-TR-10b wikiPageWikiLink Extrasolar_planet.
- OGLE-TR-10b wikiPageWikiLink Galactic_Center.
- OGLE-TR-10b wikiPageWikiLink HD_209458_b.
- OGLE-TR-10b wikiPageWikiLink Hot_Jupiter.
- OGLE-TR-10b wikiPageWikiLink Jupiter.
- OGLE-TR-10b wikiPageWikiLink Las_Campanas_Observatory.
- OGLE-TR-10b wikiPageWikiLink Maciej_Konacki.
- OGLE-TR-10b wikiPageWikiLink Methods_of_detecting_exoplanets.
- OGLE-TR-10b wikiPageWikiLink Methods_of_detecting_extrasolar_planets.
- OGLE-TR-10b wikiPageWikiLink OGLE.
- OGLE-TR-10b wikiPageWikiLink OGLE-TR-10.
- OGLE-TR-10b wikiPageWikiLink Optical_Gravitational_Lensing_Experiment.
- OGLE-TR-10b wikiPageWikiLink Red_dwarf.
- OGLE-TR-10b wikiPageWikiLink Sagittarius_(constellation).
- OGLE-TR-10b wikiPageWikiLink Star.
- OGLE-TR-10b wikiPageWikiLinkText "OGLE-TR-10b".
- OGLE-TR-10b wikiPageWikiLinkText "b".
- OGLE-TR-10b class "G or K".
- OGLE-TR-10b constell Sagittarius_(constellation).
- OGLE-TR-10b density "420".
- OGLE-TR-10b discoverers "Konacki et al.".
- OGLE-TR-10b discoveryDate "Dec 20, 2002".
- OGLE-TR-10b discoveryMethod "Transit".
- OGLE-TR-10b discoverySite "Las Campanas Observatory in Chile".
- OGLE-TR-10b discoveryStatus "Confirmed".
- OGLE-TR-10b distLy "~5000".
- OGLE-TR-10b distPc "~1500".
- OGLE-TR-10b gravityEarth "0.94".
- OGLE-TR-10b hasPhotoCollection OGLE-TR-10b.
- OGLE-TR-10b inclination "84.5".
- OGLE-TR-10b mass "0.63".
- OGLE-TR-10b period "3.10129".
- OGLE-TR-10b planet "b".
- OGLE-TR-10b radius "1.26".
- OGLE-TR-10b semiAmp "100".
- OGLE-TR-10b semimajor "0.04162".
- OGLE-TR-10b simbad "NAME+OGLE-TR+10b".
- OGLE-TR-10b star OGLE-TR-10.
- OGLE-TR-10b star "OGLE-TR-10".
- OGLE-TR-10b wikiPageUsesTemplate Template:Commonscat-inline.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_begin.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_character.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_discovery.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_end.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_image.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_orbit.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_reference.
- OGLE-TR-10b wikiPageUsesTemplate Template:Planetbox_star.
- OGLE-TR-10b wikiPageUsesTemplate Template:Reflist.
- OGLE-TR-10b wikiPageUsesTemplate Template:Sky.
- OGLE-TR-10b subject Category:Exoplanets.
- OGLE-TR-10b subject Category:Exoplanets_discovered_in_2002.
- OGLE-TR-10b subject Category:Giant_planets.
- OGLE-TR-10b subject Category:Hot_Jupiters.
- OGLE-TR-10b subject Category:Sagittarius_(constellation).
- OGLE-TR-10b subject Category:Transiting_exoplanets.
- OGLE-TR-10b hypernym Planet.
- OGLE-TR-10b type Article.
- OGLE-TR-10b type Planet.
- OGLE-TR-10b type Type.
- OGLE-TR-10b type Article.
- OGLE-TR-10b type Exoplanet.
- OGLE-TR-10b type Object.
- OGLE-TR-10b type Planet.
- OGLE-TR-10b type Type.
- OGLE-TR-10b comment "OGLE-TR-10b is an extrasolar planet orbiting the star OGLE-TR-10.The planet was first detected by the Optical Gravitational Lensing Experiment (OGLE) survey in 2002. The star, OGLE-TR-10, was seen dimming by a tiny amount every 3 days. The transit lightcurve resembles that of HD 209458 b, the first transiting extrasolar planet. However, the mass of the object had to be measured by the radial velocity method, because other objects like red dwarfs and brown dwarfs can mimic the planetary transit.".
- OGLE-TR-10b label "OGLE-TR-10b".
- OGLE-TR-10b sameAs OGLE-TR-10b.
- OGLE-TR-10b sameAs OGLE-TR-10_b.
- OGLE-TR-10b sameAs OGLE-TR-10b.
- OGLE-TR-10b sameAs OGLE-TR-10_b.
- OGLE-TR-10b sameAs OGLE-TR-10_b.
- OGLE-TR-10b sameAs m.05dymp.
- OGLE-TR-10b sameAs OGLE-TR-10_b.
- OGLE-TR-10b sameAs Q965501.
- OGLE-TR-10b sameAs Q965501.
- OGLE-TR-10b sameAs OGLE-TR-10_b.
- OGLE-TR-10b wasDerivedFrom OGLE-TR-10b?oldid=670473325.
- OGLE-TR-10b depiction Exoplanet_Comparison_OGLE-TR-10_b.png.
- OGLE-TR-10b isPrimaryTopicOf OGLE-TR-10b.