Table C.3
Priors used in the analysis of the scenarios 0, 1, 2 and 3.
Parameter | Scenario 0 | Scenario 1 | Scenario 2 | Scenario 3 |
|
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Number of free parameters | 35 | 38 | 38 | 38 |
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Primary star | ||||
Effective temperature Teff [K] |
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Iron abundance [Fe/H] [dex] |
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Surface gravity log g [cm s-2] | – |
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Bulk density ρ⋆ [ρ⊙] |
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– | – | – |
Projected rotational velocity υsini⋆1 [km s-1] |
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Linear limb darkening coefficient ua |
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– | – | – |
Quadratic limb darkening coefficient ub |
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– | – | – |
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Secondary star | ||||
Initial mass minit2 [M☉] | – |
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Projected rotational velocity υsini⋆2 [km s-1] | – |
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Tertiary star | ||||
Initial mass minit3 [M☉] | – | – | – |
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Projected rotational velocity υsini⋆3 [km s-1] | – | – | – |
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|
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Planet | ||||
Radius ratio rp/R⋆ |
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– | – | – |
Planet radius rp [R♃] | – |
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– |
Radial velocity semi-amplitude K [m s-1] |
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– | – | – |
Planet mass mp [M♃] | – |
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– |
|
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Inner orbit | ||||
Orbital period Pin [d] |
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Transit/Eclipse epoch T0 [BJDTDB− 2 455 000] |
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Orbital inclination iin [°] |
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Orbital eccentricity ein |
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Argument of periastron ωin [°] |
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Outer orbit | ||||
Linear drift d1 [km s-1 d-1] |
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– | – | – |
Quadratic drift d2 [km s-1 d-2] |
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– | – | – |
Orbital period Pout [d] | – |
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Periastron epoch Tp [BJDTDB− 2 455 000] | – |
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Orbital inclination iout [°] | – |
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Orbital eccentricity eout |
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Argument of periastron ωout [°] |
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|
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System | ||||
Distance from Earth D [pc] |
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Interstellar absorption E(B−V) [mag] |
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Systemic velocity γ [km s-1] |
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|
||||
Instrumental parameters | ||||
Kepler season 0 | ||||
Jitter |
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Background contamination [%] |
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Flux out-of-transit |
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Kepler season 1 | ||||
Jitter |
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Background contamination [%] |
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Flux out-of-transit |
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Kepler season 2 | ||||
Jitter |
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Background contamination [%] |
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Flux out-of-transit |
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Kepler season 3 | ||||
Jitter |
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Background contamination [%] |
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Flux out-of-transit |
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SOPHIE | ||||
Radial velocity jitter [m s-1] |
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Vspan offset [km s-1] |
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Vspan jitter [km s-1] |
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FWHM jitter [km s-1] |
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SED | ||||
jitter [mags] |
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Notes.
represents a Uniform prior between a and b;
represents a Jeffreys distribution between a and
b;
represents a Normal distribution with a mean of μ and a width of
σ2;
represents an asymmetric Normal
distribution with mean μ, upper width
and lower width
;
represents a Normal distribution with a mean of μ and a width of
σ2 and limited by a Uniform
distribution between a and b; and finally
represents a Sine distribution between a and b.
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