The Astronomical Journal · 2008 · 13 citations · 42 references
Natural SciencesAstronomyPhysicsAstrophysicsPlanetary AstronomyStellar AstronomyBinary Star SystemsExoplanetary SystemsBinary Mass DeterminationEccentric Binary OrbitsOrbital Parameter EstimationOrbital PeriodOrbital Period DeterminationStellar Mass DeterminationStellar MassesTelescopes
We report the detection of the first two planets from the N2K Doppler planet search program at the Magellan telescopes. The first planet has a mass of M sin i = 4.96 M_Jup and is orbiting the G3 IV star HD154672 with an orbital period of 163.9 days. The second planet is orbiting the F7 V star HD205739 with an orbital period of 279.8 days and has a mass of M sin i = 1.37 M_Jup. Both planets are in eccentric orbits, with eccentricities e = 0.61 and e = 0.27, respectively. Both stars are metal rich and appear to be chromospherically inactive, based on inspection of their Ca II H and K lines. Finally, the best Keplerian model fit to HD205739b shows a trend of 0.0649 m/s/day, suggesting the presence of an additional outer body in that system.
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The Planet‐Metallicity Correlation
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Attaining Doppler Precision of 3 M s-1
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A map of the day–night contrast of the extrasolar planet HD 189733b
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