🪐

CoRoT-22 b

Exoplanet Records

📊Key Properties

Host Star

CoRoT-22

Discovery

Transit

Year

2014

Period

9.76 day

Radius

4.88 Rearth

Mass

12.20 Mearth

Eq. Temp

885 K

🧾Records(1 rows)

Record 1

Transit • 2014 • CoRoT

🪐

▶All Properties

Property	Value	Description
ast_flag	0
cb_flag	0
dec	6.22 deg
decstr	+06d13m09.00s	Dec [sexagesimal]
default_flag	1
disc_facility	CoRoT	Discovery Facility
disc_instrument	CoRoT CCD Array	Discovery Instrument
disc_locale	Space	Discovery Locale
disc_pubdate	2014-08	Discovery Publication Date
disc_refname	<a refstr=MOUTOU_ET_AL__2014 href=https://ui.adsabs.harvard.edu/abs/2014MNRAS.444.2783M/abstract target=ref>Moutou et al. 2014</a>	Discovery Reference
disc_telescope	0.27 m CoRoT Telescope	Discovery Telescope
disc_year	2014
discoverymethod	Transit	Discovery Method
dkin_flag	0
elat	29.21 deg
elon	282.17 deg
etv_flag	0
gaia_dr2_id	Gaia DR2 4285572454508522496	Gaia DR2 ID
gaia_dr3_id	Gaia DR3 4285572454508522496	Gaia DR3 ID
glat	4.78 deg
glon	37.48 deg
hd_name	—	HD ID
hip_name	—	HIP ID
hostname	CoRoT-22	Host Name
htm20	1319461051
ima_flag	0
micro_flag	0
obm_flag	0
pl_bmasse	12.20 Mearth
pl_bmasseerr1	14 Mearth
pl_bmasseerr2	-8.80 Mearth
pl_bmasselim	0
pl_bmassestr	<div><span class="supersubNumber">12.2</span> <span class="superscript">+14</span><span class="subscript">-8.8</span> </div>	Planet Mass or Mass*sin(i) [Earth Mass]
pl_bmassj	0.04 Mjupiter
pl_bmassjerr1	0.04 Mjupiter
pl_bmassjerr2	-0.03 Mjupiter
pl_bmassjlim	0
pl_bmassjstr	<div><span class="supersubNumber">0.038</span> <span class="superscript">+0.044</span><span class="subscript">-0.028</span> </div>	Planet Mass or Mass*sin(i) [Jupiter Mass]
pl_bmassprov	Mass	Planet Mass or Mass*sin(i) Provenance
pl_cmasse	—
pl_cmasseerr1	—
pl_cmasseerr2	—
pl_cmasselim	—
pl_cmassestr	—	Planet Mass*sin(i)/sin(i) [Earth Mass]
pl_cmassj	—
pl_cmassjerr1	—
pl_cmassjerr2	—
pl_cmassjlim	—
pl_cmassjstr	—	Planet Mass*sin(i)/sin(i) [Jupiter Mass]
pl_controv_flag	0
pl_dens	0.25 g/cm**3
pl_denserr1	1 g/cm**3
pl_denserr2	-0.10 g/cm**3
pl_denslim	0
pl_densstr	<div><span class="supersubNumber">0.249</span> <span class="superscript">+1.0</span><span class="subscript">-0.097</span> </div>	Planet Density [g/cm**3]
pl_eqt	885 K
pl_eqterr1	53 K
pl_eqterr2	-280 K
pl_eqtlim	0
pl_eqtstr	<div><span class="supersubNumber">885</span> <span class="superscript">+53</span><span class="subscript">-280</span> </div>	Equilibrium Temperature [K]
pl_imppar	0.01
pl_impparerr1	0.33
pl_impparerr2	-0.03
pl_impparlim	0
pl_impparstr	<div><span class="supersubNumber">0.012</span> <span class="superscript">+0.33</span><span class="subscript">-0.033</span> </div>	Impact Parameter
pl_insol	—
pl_insolerr1	—
pl_insolerr2	—
pl_insollim	—
pl_insolstr	—	Insolation Flux [Earth Flux]
pl_letter	b	Planet Letter
pl_masse	12.20 Mearth
pl_masseerr1	14 Mearth
pl_masseerr2	-8.80 Mearth
pl_masselim	0
pl_massestr	<div><span class="supersubNumber">12.2</span> <span class="superscript">+14</span><span class="subscript">-8.8</span> </div>	Planet Mass [Earth Mass]
pl_massj	0.04 Mjupiter
pl_massjerr1	0.04 Mjupiter
pl_massjerr2	-0.03 Mjupiter
pl_massjlim	0
pl_massjstr	<div><span class="supersubNumber">0.038</span> <span class="superscript">+0.044</span><span class="subscript">-0.028</span> </div>	Planet Mass [Jupiter Mass]
pl_msinie	—
pl_msinieerr1	—
pl_msinieerr2	—
pl_msinielim	—
pl_msiniestr	—	Planet Mass*sin(i) [Earth Mass]
pl_msinij	—
pl_msinijerr1	—
pl_msinijerr2	—
pl_msinijlim	—
pl_msinijstr	—	Planet Mass*sin(i) [Jupiter Mass]
pl_name	CoRoT-22 b	Planet Name
pl_ndispec	0
pl_nespec	0
pl_nnotes	0
pl_ntranspec	0
pl_occdep	—
pl_occdeperr1	—
pl_occdeperr2	—
pl_occdeplim	—
pl_occdepstr	—	Occultation Depth [%]
pl_orbeccen	0.08
pl_orbeccenerr1	0.30
pl_orbeccenerr2	-0.04
pl_orbeccenlim	0
pl_orbeccenstr	<div><span class="supersubNumber">0.077</span> <span class="superscript">+0.30</span><span class="subscript">-0.042</span> </div>	Eccentricity
pl_orbincl	89.75 deg
pl_orbinclerr1	0.03 deg
pl_orbinclerr2	-0.90 deg
pl_orbincllim	0
pl_orbinclstr	<div><span class="supersubNumber">89.749</span> <span class="superscript">+0.032</span><span class="subscript">-0.90</span> </div>	Inclination [deg]
pl_orblper	210 deg
pl_orblpererr1	70 deg
pl_orblpererr2	-30 deg
pl_orblperlim	0
pl_orblperstr	<div><span class="supersubNumber">210</span> <span class="superscript">+70</span><span class="subscript">-30</span> </div>	Argument of Periastron [deg]
pl_orbper	9.76 day
pl_orbpererr1	1.10e-4 day
pl_orbpererr2	-1.10e-4 day
pl_orbperlim	0
pl_orbperstr	9.75598±0.00011	Orbital Period [day]
pl_orbsmax	0.09 au
pl_orbsmaxerr1	1.40e-3 au
pl_orbsmaxerr2	-1.40e-3 au
pl_orbsmaxlim	0
pl_orbsmaxstr	0.0920±0.0014	Orbit Semi-Major Axis [au]
pl_orbtper	—
pl_orbtpererr1	—
pl_orbtpererr2	—
pl_orbtperlim	—
pl_orbtperstr	—	Epoch of Periastron [day]
pl_projobliq	—
pl_projobliqerr1	—
pl_projobliqerr2	—
pl_projobliqlim	—
pl_projobliqstr	—	Projected Obliquity [deg]
pl_pubdate	2014-08	Planetary Parameter Reference Publication Date
pl_rade	4.88 Rearth
pl_radeerr1	0.17 Rearth
pl_radeerr2	-0.39 Rearth
pl_radelim	0
pl_radestr	<div><span class="supersubNumber">4.88</span> <span class="superscript">+0.17</span><span class="subscript">-0.39</span> </div>	Planet Radius [Earth Radius]
pl_radj	0.43 Rjupiter
pl_radjerr1	0.01 Rjupiter
pl_radjerr2	-0.04 Rjupiter
pl_radjlim	0
pl_radjstr	<div><span class="supersubNumber">0.435</span> <span class="superscript">+0.015</span><span class="subscript">-0.035</span> </div>	Planet Radius [Jupiter Radius]
pl_ratdor	17.30
pl_ratdorerr1	1.30
pl_ratdorerr2	-0.57
pl_ratdorlim	0
pl_ratdorstr	<div><span class="supersubNumber">17.30</span> <span class="superscript">+1.3</span><span class="subscript">-0.57</span> </div>	Ratio of Semi-Major Axis to Stellar Radius
pl_ratror	0.04
pl_ratrorerr1	6.00e-4
pl_ratrorerr2	-3.70e-4
pl_ratrorlim	0
pl_ratrorstr	<div><span class="supersubNumber">0.03927</span> <span class="superscript">+0.00060</span><span class="subscript">-0.00037</span> </div>	Ratio of Planet to Stellar Radius
pl_refname	<a refstr=MOUTOU_ET_AL__2014 href=https://ui.adsabs.harvard.edu/abs/2014MNRAS.444.2783M/abstract target=ref>Moutou et al. 2014</a>	Planetary Parameter Reference
pl_rvamp	3.70 m/s
pl_rvamperr1	3.90 m/s
pl_rvamperr2	-3.90 m/s
pl_rvamplim	0
pl_rvampstr	3.7±3.9	Radial Velocity Amplitude [m/s]
pl_trandep	—
pl_trandeperr1	—
pl_trandeperr2	—
pl_trandeplim	—
pl_trandepstr	—	Transit Depth [%]
pl_trandur	4.49 hour
pl_trandurerr1	0.04 hour
pl_trandurerr2	-0.04 hour
pl_trandurlim	0
pl_trandurstr	4.492±0.039	Transit Duration [hour]
pl_tranmid	2.45e6 day
pl_tranmiderr1	9.90e-4 day
pl_tranmiderr2	-5.10e-4 day
pl_tranmidlim	0
pl_tranmidstr	<div><span class="supersubNumber">2454598.42014</span> <span class="superscript">+0.00099</span><span class="subscript">-0.00051</span> </div>	Time of Conjunction (Transit Midpoint) [day]
pl_trueobliq	—
pl_trueobliqerr1	—
pl_trueobliqerr2	—
pl_trueobliqlim	—
pl_trueobliqstr	—	True Obliquity [deg]
pl_tsystemref	BJD	Time Reference Frame and Standard
ptv_flag	0
pul_flag	0
ra	280.67 deg
rastr	18h42m40.11s	RA [sexagesimal]
releasedate	2014-08-21	Release Date
rowupdate	2014-08-21	Date of Last Update
rv_flag	1
soltype	Published Confirmed	Solution Type
st_age	3.30 Gyr
st_ageerr1	2 Gyr
st_ageerr2	-2 Gyr
st_agelim	0
st_agestr	3.3±2.0	Stellar Age [Gyr]
st_dens	1.03 g/cm**3
st_denserr1	0.27 g/cm**3
st_denserr2	-0.10 g/cm**3
st_denslim	0
st_densstr	<div><span class="supersubNumber">1.027</span> <span class="superscript">+0.268</span><span class="subscript">-0.100</span> </div>	Stellar Density [g/cm**3]
st_logg	4.36 log(cm/s**2)
st_loggerr1	0.07 log(cm/s**2)
st_loggerr2	-0.03 log(cm/s**2)
st_logglim	0
st_loggstr	<div><span class="supersubNumber">4.361</span> <span class="superscript">+0.065</span><span class="subscript">-0.029</span> </div>	Stellar Surface Gravity [log(cm/s**2)]
st_lum	—
st_lumerr1	—
st_lumerr2	—
st_lumlim	—
st_lumstr	—	Stellar Luminosity [log(Solar)]
st_mass	1.10 Msun
st_masserr1	0.05 Msun
st_masserr2	-0.05 Msun
st_masslim	0
st_massstr	1.099±0.049	Stellar Mass [Solar mass]
st_met	0.17 dex
st_meterr1	0.07 dex
st_meterr2	-0.12 dex
st_metlim	0
st_metratio	[Fe/H]	Stellar Metallicity Ratio
st_metstr	<div><span class="supersubNumber">0.170</span> <span class="superscript">+0.070</span><span class="subscript">-0.12</span> </div>	Stellar Metallicity [dex]
st_nphot	0
st_nrvc	0
st_nspec	0
st_rad	1.14 Rsun
st_raderr1	0.04 Rsun
st_raderr2	-0.09 Rsun
st_radlim	0
st_radstr	<div><span class="supersubNumber">1.136</span> <span class="superscript">+0.038</span><span class="subscript">-0.090</span> </div>	Stellar Radius [Solar Radius]
st_radv	—
st_radverr1	—
st_radverr2	—
st_radvlim	—
st_radvstr	—	Systemic Radial Velocity [km/s]
st_refname	<a refstr=MOUTOU_ET_AL__2014 href=https://ui.adsabs.harvard.edu/abs/2014MNRAS.444.2783M/abstract target=ref>Moutou et al. 2014</a>	Stellar Parameter Reference
st_rotp	—
st_rotperr1	—
st_rotperr2	—
st_rotplim	—
st_rotpstr	—	Stellar Rotational Period [day]
st_spectype	G3 V	Spectral Type
st_teff	5939 K
st_tefferr1	54 K
st_tefferr2	-120 K
st_tefflim	0
st_teffstr	<div><span class="supersubNumber">5939</span> <span class="superscript">+54</span><span class="subscript">-120</span> </div>	Stellar Effective Temperature [K]
st_vsin	4 km/s
st_vsinerr1	1.50 km/s
st_vsinerr2	-1.50 km/s
st_vsinlim	0
st_vsinstr	4.0±1.5	Stellar Rotational Velocity [km/s]
sy_bmag	14.74 mag
sy_bmagerr1	0.04 mag
sy_bmagerr2	-0.04 mag
sy_bmagstr	14.740±0.041	B (Johnson) Magnitude
sy_dist	627.16 pc
sy_disterr1	11.19 pc
sy_disterr2	-10.81 pc
sy_diststr	<div><span class="supersubNumber">627.158</span><span class="superscript">+11.187</span><span class="subscript">-10.808</span></div>	Distance [pc]
sy_gaiamag	13.73 mag
sy_gaiamagerr1	3.04e-4 mag
sy_gaiamagerr2	-3.04e-4 mag
sy_gaiamagstr	13.730500±0.000304	Gaia Magnitude
sy_gmag	—
sy_gmagerr1	—
sy_gmagerr2	—
sy_gmagstr	—	g (Sloan) Magnitude
sy_hmag	12.10 mag
sy_hmagerr1	0.03 mag
sy_hmagerr2	-0.03 mag
sy_hmagstr	12.099±0.027	H (2MASS) Magnitude
sy_icmag	—
sy_icmagerr1	—
sy_icmagerr2	—
sy_icmagstr	—	I (Cousins) Magnitude
sy_imag	—
sy_imagerr1	—
sy_imagerr2	—
sy_imagstr	—	i (Sloan) Magnitude
sy_jmag	12.41 mag
sy_jmagerr1	0.03 mag
sy_jmagerr2	-0.03 mag
sy_jmagstr	12.414±0.027	J (2MASS) Magnitude
sy_kepmag	—
sy_kepmagerr1	—
sy_kepmagerr2	—
sy_kepmagstr	—	Kepler Magnitude
sy_kmag	11.99 mag
sy_kmagerr1	0.03 mag
sy_kmagerr2	-0.03 mag
sy_kmagstr	11.988±0.026	Ks (2MASS) Magnitude
sy_mnum	0
sy_plx	1.57 mas
sy_plxerr1	0.03 mas
sy_plxerr2	-0.03 mas
sy_plxstr	1.5662400±0.0277397	Parallax [mas]
sy_pm	2.32 mas/yr
sy_pmdec	1.12 mas/yr
sy_pmdecerr1	0.05 mas/yr
sy_pmdecerr2	-0.05 mas/yr
sy_pmdecstr	1.1244900±0.0495968	Proper Motion (Dec) [mas/yr]
sy_pmerr1	0.05 mas/yr
sy_pmerr2	-0.05 mas/yr
sy_pmra	2.02 mas/yr
sy_pmraerr1	0.04 mas/yr
sy_pmraerr2	-0.04 mas/yr
sy_pmrastr	2.0236200±0.0446473	Proper Motion (RA) [mas/yr]
sy_pmstr	2.3150628±0.0458632	Total Proper Motion [mas/yr]
sy_pnum	1
sy_refname	<a refstr=STASSUN_ET_AL__2019 href=https://ui.adsabs.harvard.edu/abs/2019AJ....158..138S/abstract target=ref>TICv8</a>	System Parameter Reference
sy_rmag	—
sy_rmagerr1	—
sy_rmagerr2	—
sy_rmagstr	—	r (Sloan) Magnitude
sy_snum	1
sy_tmag	13.20 mag
sy_tmagerr1	6.20e-3 mag
sy_tmagerr2	-6.20e-3 mag
sy_tmagstr	13.2006±0.0062	TESS Magnitude
sy_umag	—
sy_umagerr1	—
sy_umagerr2	—
sy_umagstr	—	u (Sloan) Magnitude
sy_vmag	13.82 mag
sy_vmagerr1	0.11 mag
sy_vmagerr2	-0.11 mag
sy_vmagstr	13.820±0.114	V (Johnson) Magnitude
sy_w1mag	11.89 mag
sy_w1magerr1	0.03 mag
sy_w1magerr2	-0.03 mag
sy_w1magstr	11.889±0.025	W1 (WISE) Magnitude
sy_w2mag	11.95 mag
sy_w2magerr1	0.03 mag
sy_w2magerr2	-0.03 mag
sy_w2magstr	11.950±0.027	W2 (WISE) Magnitude
sy_w3mag	11.56 mag
sy_w3magerr1	0.22 mag
sy_w3magerr2	-0.22 mag
sy_w3magstr	11.564±0.220	W3 (WISE) Magnitude
sy_w4mag	8.87 mag
sy_w4magerr1	—
sy_w4magerr2	—
sy_w4magstr	8.87	W4 (WISE) Magnitude
sy_zmag	—
sy_zmagerr1	—
sy_zmagerr2	—
sy_zmagstr	—	z (Sloan) Magnitude
tic_id	TIC 323094535	TIC ID
tran_flag	1
ttv_flag	0
x	0.18
y	-0.98
z	0.11