VizieR

CfA VizieR . ADAC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN VizieR .

VizieR

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J/AJ/163/91
  Parameters & dynamic solutions of Kepler planets (Judkovsky+, 2022)
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2022AJ....163...91J
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1.J/AJ/163/91/planets(c)List of analyzed planets (Table added by CDS) (360 rows)
2.J/AJ/163/91/tablea1Physical and orbital elements of our solutions that pass all tests (261 rows)
3.J/AJ/163/91/tablea2Light curve, transit, and mean motion resonance (MMR) proximity parameters of all analyzed planets (1343 rows)
4.J/AJ/163/91/tablea3Stellar parameters of the systems for which valid dynamical solutions were found (54 rows)
5.J/AJ/163/91/tablea4Planets with significant impact parameter variations (59 rows)
6.J/AJ/163/91/tablea5Systems with no dynamical solution (90 rows)

Simple ConstraintList Of Constraints
 
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
   (ALL)Kepler (char) (i) Kepler star identifier (meta.id;meta.main)
  (1+2+3+5)m_Kepler (char) Kepler identifier component for the planet (meta.code.multip)
   (ALL)KOI   [41.01/2842.03] Kepler Object of Interest identifier (meta.id)
  (1+4)KIC  (n) [3217264/12314973] Kepler Input Catalog identifier (V/133, J/ApJS/229/30, IV/39) (meta.id)
  (1)Norb  (n)Number of solutions that pass all tests for this planet (link to Table A1) (meta.number)
  (1)Nall  (n)Number of solutions for this planet (link to Table A2) (meta.number)
  (1)fSol  (n)Planet whose system has a valid dynamical solution (link to Table A3) (meta.number)
  (1)fIPvar  (n)Planet with significant impact parameter variations (link to Table A4) (meta.number)
  (1)fNoSol  (n)Planet whose system has no dynamical solution (link to Table A5) (meta.number)
  (1)Simbad (char) ask the Simbad data-base about this object (meta.ref.url)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)_RA deg (i) Right Ascension (J2000) from SIMBAD (not part of the original data) (pos.eq.ra;meta.main)
  (1)_DE deg (i) Declination (J2000) from SIMBAD (not part of the original data) (pos.eq.dec;meta.main)
  (2+3+5)Adopted   [0/1] Adopted solution (1=yes) (meta.code)
  (2+3)ID   [1/5] Solution identifier (meta.id)
  (2+3+5)Per d [1.73/160.02] Mean orbital period (time.period;stat.mean)
  (2)Mp/Ms ppm [1.63/1429] Planet-to-star mass ratio (phys.mass;arith.ratio)
  (2)E_Mp/Ms ppm [0.21/58] Upper uncertainty on Mp/Ms (stat.error;stat.max;phys.mass)
  (2)e_Mp/Ms ppm [-67/-0.25] Lower uncertainty on Mp/Ms (stat.error;stat.min;phys.mass)
  (2)Mp geoMass [0.39/597] Absolute planet mass; derived from Mp/Ms and literature stellar mass (phys.mass)
  (2)E_Mp geoMass [0.17/37] Upper uncertainty on Mp (stat.error;stat.max;phys.mass)
  (2)e_Mp geoMass [-45/-0.14] Lower uncertainty on Mp (stat.error;stat.min;phys.mass)
  (2)rhop g/cm3 [0.08/49] Absolute planet density; derived from RhoRel and literature stellar density (phys.density)
  (2)E_rhop g/cm3 [0.015/20] Upper uncertainty on rhop (stat.error;stat.max;phys.density)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)e_rhop g/cm3 [-45/-0.014] Lower uncertainty on rhop (stat.error;stat.min;phys.density)
  (2)Rp Rgeo [0.96/12.05] Absolute planet radius; derived from ror and literature stellar radius (phys.size.radius)
  (2)E_Rp Rgeo [0.019/0.55] Upper uncertainty on Rp (stat.error;stat.max;phys.size.radius)
  (2)e_Rp Rgeo [-0.48/-0.021] Lower uncertainty on Rp (stat.error;stat.min;phys.size.radius)
  (2)dex   [-0.18/0.24] Eccentricity difference to preceding planet; x is pointing at the observer (src.orbital.eccentricity)
  (2)E_dex   [2e-3/0.13] Upper uncertainty on dex (stat.error;stat.max;src.orbital.eccentricity)
  (2)e_dex   [-0.2/2.1e-3] Lower uncertainty on dex (stat.error;stat.min;src.orbital.eccentricity)
  (2)dey   [-0.25/0.41] Eccentricity difference to preceding planet; y is the direction perpendicular to the line of sight pointing with the planets motion along transit (src.orbital.eccentricity)
  (2)E_dey   [1.8e-3/0.15] Upper uncertainty on dey (stat.error;stat.max;src.orbital.eccentricity)
  (2)e_dey   [-0.43/-2e-3] Lower uncertainty on dey (stat.error;stat.min;src.orbital.eccentricity)
  (2)ix deg [-29/35] ix=i*cos(Omega) is the inclination component corresponding to the inclination around to the line of sight ("roll angle") (src.orbital.inclination)
  (2)E_ix deg [0/22.6] Upper uncertainty on ix (stat.error;stat.max;src.orbital.inclination)
  (2)e_ix deg [-20.1/0] Lower uncertainty on ix (stat.error;stat.min;src.orbital.inclination)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)iy deg [-4.4/7.1] iy=i*sin(Omega) is the inclination component corresponding to the inclination relative to the line of sight (src.orbital.inclination)
  (2)E_iy deg [5.8e-3/6.14] Upper uncertainty on iy (stat.error;stat.max;src.orbital.inclination)
  (2)e_iy deg [-2.33/-5e-3] Lower uncertainty on iy (stat.error;stat.min;src.orbital.inclination)
  (3)TTVStd min [2.4e-5/362.7] Best model Transit Time Variation (TTV) standard deviation (stat.stdev;src.var.amplitude;time.epoch)
  (3)J   [0/5] J of the nearest first-order resonance J:J-1 with the planet from the inside. If the planet is innermost, the value is 0. (src.orbital)
  (3)Delta   [-1/0.5] Normalized distance from the J:J-1 resonance with the planet from the inside. If the planet is innermost, the value is 0. (pos.distance;arith.ratio)
  (3)SPer d [0/6612] Super-period of the J:J-1 resonance with the planet from the inside. If the planet is innermost, the value is 0. (time.period)
  (3)Tdur0 h [0/12.8] Transit duration at first data time stamp (time.duration)
  (3)E_Tdur0 h [0/2.3] Upper uncertainty on Tdur0 (stat.error;stat.max;time.duration)
  (3)e_Tdur0 h [-3.1/-5.1e-3] Tdur0 uncertainty (stat.error;stat.min;time.duration)
  (3)Tau0 min (n) [0/153] Ingress-egress time at first data time stamp (time.duration)
  (3)E_Tau0 min [0/156] Upper uncertainty on Tau0 (stat.error;stat.max;time.duration)
  (3)e_Tau0 min [-35/-0.011] Tau0 uncertainty (stat.error;stat.min;time.duration)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (3+5)b0   [-1.2/1.1] Impact parameter at BKJD=0 (Kepler Barycentric Julian Day) (src.impactParam)
  (3+5)E_b0   [5e-4/2.11] Upper uncertainty on b0 (stat.error;stat.max;src.impactParam)
  (3+5)e_b0   [-1.8/-5e-4] Lower uncertainty on b0 (stat.error;stat.min;src.impactParam)
  (3+5)db/dt 1/yr [-0.82/0.82] Mean impact parameter variations rate (time;arith.ratio)
  (3+5)E_db/dt 1/yr [8.6e-7/0.1] Upper uncertainty on db/dt (stat.error;stat.max;arith.rate)
  (3+5)e_db/dt 1/yr [-0.12/-1e-6] Lower uncertainty on db/dt (stat.error;stat.min;arith.rate)
  (4)Source (char) Source for Ms and Rs (meta.bib)
  (4)u1   [0.31/0.67] First limb-darkening coeff, taken from nexi (NASA Exoplanets Archive; NExScI) (phot.limbDark)
  (4)u2   [0.07/0.37] Second limb-darkening coeff, taken from nexi (NASA Exoplanets Archive; NExScI) (phot.limbDark)
  (4)Ms Msun [0.5/1.41] Absolute stellar mass (phys.mass)
  (4)E_Ms Msun [0.01/0.09] Upper uncertainty on Ms (stat.error;stat.max;phys.mass)
  (4)e_Ms Msun [-0.09/-0.01] Lower uncertainty on Ms (stat.error;stat.min;phys.mass)
  (4)Rs Rsun [0.5/1.9] Absolute stellar radius (phys.size.radius)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (4)E_Rs Rsun [6e-3/0.2] Upper uncertainty on Rs (stat.error;stat.max;phys.size.radius)
  (4)e_Rs Rsun [-0.13/-9e-3] Lower uncertainty on Rs (stat.error;stat.min;phys.size.radius)
  (4)B20  (n)Data for this system in Gaia-Kepler stellar properties catalog. I. KIC stars (Berger+, 2020) (link to J/ApJS/217/31) (meta.number)
  (5+6)Np   [2/3] Model number of planets (meta.number)
  (5)Pos   [1/3] Planet position within the system, from inside to outside (pos)
  (6)Reason (char) Rejection reason (Note 1)   (meta.note)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
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