... Orbital phase curve of the hot Jupiter exoplanet Kepler-7b, observed by the Kepler spacecraft (black points). ... curve (as the planet revolves around its star) of the hot-Jupiter Kepler-7b obtained from 3.5 years quasi continuous data from ...
... Anomalously large radii of some HJs may partly be explained by tidal heating in the planet Orbital evolution of Jupiter/ Saturn satellites (Lainey et al, 2009,2012) due to tides Mercury Adrian Barker DAMTP, Cambridge Introduction Tide in planet m? = mp Rp ...
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... These are represented in Figure 7, and show how, even with a limited dataset comprising of 30 nights, we have 53 candidates consistent with a transiting companion with twice Jupiter's radius or less. ...
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... mass and radius from the SSE stellar models4 In Veras et al. (2013) we studied the evolution of systems of two Jupiter-mass planets separated by a range of separations We restricted attention to stars >=3M to avoid the computational S ol cost of long MS ...
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... on our previous 1D latitudinal energy balance models (LEBMs) which evolves the latitudinal temperature Subhead Body Text bution on an Earth-like moon orbiting a Jupiter-like distri planet, which in turn orbits a Sunlike star (Forgan and Kipping 2013 ...
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... Introduction Nearly all of the ~200 transiting exoplanets discovered from the ground are larger than Jupiter and orbit with short periods (<11 days). ...
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... s1=mercury) set_character(c1,Y) end_if if (s1=venus) set_character(c1,Y) end_if if (s1=mars) set_character(c1,Y) end_if if (s1=jupiter) set_character(c1,Y) end_if if (s1=saturn) set_character(c1,Y) end_if if (s1=uranus) set_character(c1,Y) end_if if (s1 ...
... s1=mercury) set_character(c1%p) end_if if (s1=venus) set_character(c1%p) end_if if (s1=mars) set_character(c1%p) end_if if (s1=jupiter) set_character(c1%p) end_if if (s1=saturn) set_character(c1%p) end_if if (s1=uranus) set_character(c1%p) end_if if (s1 ...