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Simple Target
List Of Targets
Fast Xmatch with large catalogs or Simbad
Target
Name (resolved by
Sesame
) or
Position
:
J2000
B1975
B1950
B1900
B1875
B1855
Galactic
Supergal.
Ecl.J2000
Target dimension:
deg
arcmin
arcsec
NB: The epoch used for the query is the original epoch of the table(s)
Radius
Box size
J/A+A/685/A62
-1
Eclipsing binary parameters (IJspeert+, 2024)
ReadMe+ftp
2024A&A...685A..62I
Similar Catalogs
Post annotation
1.
J/A+A/685/A62/results
Kepler results for the 2827 binaries in the Kepler EB Catalog
(2978 rows)
meta
J/A+A/685/A62/results
Simple Constraint
List Of Constraints
Query by
Constraints
applied on Columns
(
Output Order:
+
-
)
Show
Sort
Column
Constraint
Explain
(
UCD
)
recno
Record number assigned by the VizieR team. Should Not be used for identification.
(
meta.record
)
(
RECORD
)
Id
(char)
Target identifier (KIC) (NNNNNNNN.0N.lc) (id)
(
meta.id;meta.main
)
(
ID_MAIN
)
Stage
[1/9] Stage the analysis reached (stage)
(
meta.code
)
(
CODE_MISC
)
Ttot
d
Total time base of observations in days (t_tot)
(
time.interval
)
(
TIME_INTERVAL
)
Tmean
d
Time series mean time reference point (t_mean)
(
time.epoch
)
(
TIME_MISC
)
Per
d
Orbital period in days (period)
(
time.period
)
(
TIME_PERIOD
)
s_Per
d
(n)
Error in the orbital period (p_err)
(
stat.error;time.period
)
(
ERROR
)
e_Per
d
[-1/1] Lower HDI error estimate in period (p
err
l)
(Note 1)
(
stat.error
)
(
ERROR
)
E_Per
d
[-1/1] Upper HDI error estimate in period (p
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
Nparprew
Free parameters after prewhitening (n
param
prew)
(
meta.number
)
(
NUMBER
)
BICprew
BIC after the prewhitening phase (bic_prew)
(
meta.code
)
(
CODE_MISC
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
noislprew
Noise level after prewhitening (noiss_lev e_prew)
(
instr.det.noise
)
(
INST_NOISE
)
t1
d
(n)
Time of primary minimum (t_1)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
t2
d
(n)
Time of secondary minimum (t_2)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
t1-1
d
(n)
Time of primary first contact (t
1
1)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
t1-2
d
(n)
Time of primary last contact (t
1
2)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
t2-1
d
(n)
Time of secondary first contact (t
2
1)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
t2-2
d
(n)
Time of secondary last contact (t
2
2)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
tb1-1
d
(n)
Start (flat) eclipse bottom primary (t
b
1_1)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
tb1-2
d
(n)
End (flat) eclipse bottom primary (t
b
1_2)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
tb2-1
d
(n)
Start (flat) bottom secondary (t
b
2_1)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
tb2-2
d
(n)
End (flat) eclipse bottom secondary (t
b
2_2)
(Note 2)
(
time.epoch
)
(
TIME_DATE
)
depth1
(n)
Depth of primary minimum (depth_1)
(
phys.absorption.opticalDepth;stat.min
)
(
VAR_PRIM-MIN
)
depth2
(n)
Depth of secondary minimum (depth_2)
(
phys.absorption.opticalDepth;stat.min
)
(
VAR_SEC-MIN
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
s_t1
d
(n)
Error in t1 (t
1
err)
(
stat.error
)
(
ERROR
)
s_t2
d
(n)
Error in t2 (t
2
err)
(
stat.error
)
(
ERROR
)
s_t1-1
d
(n)
Error in t1-1 (t
1
1_err)
(
stat.error
)
(
ERROR
)
s_t1-2
d
(n)
Error in t1-2 (t
1
2_err)
(
stat.error
)
(
ERROR
)
s_t2-1
d
(n)
Error in t2-1 (t
2
1_err)
(
stat.error
)
(
ERROR
)
s_t2-2
d
(n)
Error in t2-2 (t
2
2_err)
(
stat.error
)
(
ERROR
)
s_tb1-1
d
(n)
Error in tb1-1 (t
b
1
1
err)
(
stat.error
)
(
ERROR
)
s_tb1-2
d
(n)
Error in tb1-2 (t
b
1
2
err)
(
stat.error
)
(
ERROR
)
s_tb2-1
d
(n)
Error in tb2-1 (t
b
2
1
err)
(
stat.error
)
(
ERROR
)
s_tb2-2
d
(n)
Error in tb2-2 (t
b
2
2
err)
(
stat.error
)
(
ERROR
)
s_depth1
(n)
Error in depth of primary minimum (d
1
err)
(
stat.error;phys.absorption.opticalDepth;stat.min
)
(
ERROR
)
s_depth2
(n)
Error in depth of secondary minimum (d
2
err)
(
stat.error;phys.absorption.opticalDepth;stat.min
)
(
ERROR
)
ei_t1
d
(n)
Individual error in t1 (t
1
ind_err)
(
stat.error
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
ei_t2
d
(n)
Individual error in t2 (t
2
ind_err)
(
stat.error
)
(
ERROR
)
ei_t1-1
d
(n)
Individual error in t1-1 (t
1
1
ind
err)
(
stat.error
)
(
ERROR
)
ei_t1-2
d
(n)
Individual error in t1-2 (t
1
2
ind
err)
(
stat.error
)
(
ERROR
)
ei_t2-1
d
(n)
Individual error in t2-1 (t
2
1
ind
err)
(
stat.error
)
(
ERROR
)
ei_t2-2
d
(n)
Individual error in t2-2 (t
2
2
ind
err)
(
stat.error
)
(
ERROR
)
ei_tb1-1
d
(n)
Individual error in tb1-1 (t
b
1
1
ind_err)
(
stat.error
)
(
ERROR
)
ei_tb1-2
d
(n)
Individual error in tb1-2 (t
b
1
2
ind_err)
(
stat.error
)
(
ERROR
)
ei_tb2-1
d
(n)
Individual error in tb2-1 (t
b
2
1
ind_err)
(
stat.error
)
(
ERROR
)
ei_tb2-2
d
(n)
Individual error in tb2-2 (t
b
2
2
ind_err)
(
stat.error
)
(
ERROR
)
ei_depth1
(n)
Individual error in depth1 (d
1
ind_err)
(
stat.error
)
(
ERROR
)
ei_depth2
(n)
Individual error in depth2 (d
2
ind_err)
(
stat.error
)
(
ERROR
)
ecosw
(n)
e*cos(w) from timing formulae (ecosw_form)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
esinw
(n)
e*sin(w) from timing formulae (esinw_form)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
cosi
(n)
Cosine inclination from timing formulae (cosi_form)
(
src.orbital.inclination
)
(
POS_INCLIN_LOS
)
phi0
(n)
phi
0
angle from timing formulae (phi
0
form)
(
pos.posAng
)
(
POS_POS-ANG
)
logrr
(n)
log10 r2/r1 from timing formulae (log
rr
form)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
logsb
(n)
log10 sb2/sb1 from timing formulae (log
sb
form)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
e
(n)
Eccentricity from timing formulae (s_form)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
w
(n)
omega from timing formulae (w_form)
(
src.orbital.periastron
)
(
ORBIT_P-ASTRON_ARG
)
i
rad
(n)
Inclination from timing formulae (i_form)
(
src.orbital.inclination
)
(
POS_INCLIN_LOS
)
rsum
(n)
Sum of radii from timing formulae (r
sum
form)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
rrat
(n)
r2/r1 from timing formulae (r
rat
form)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
sbrat
(n)
sb2/sb1 from timing formulae (sb
rat
form)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
s_ecosw
(n)
Formal uncorrelated error in ecosw (ecosw_sig)
(
stat.error
)
(
ERROR
)
s_esinw
(n)
Formal uncorrelated error in esinw (esinw_sig)
(
stat.error
)
(
ERROR
)
s_cosi
(n)
Error estimate for cosi (cosi_sig)
(
stat.error
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
s_phi0
(n)
Formal uncorrelated error in phi0 (phi
0
sig)
(
stat.error
)
(
ERROR
)
s_logrr
(n)
Scaled error estimate for logrr (log
rr
sig)
(
stat.error
)
(
ERROR
)
s_logsb
(n)
Scaled error estimate for logsb (log
sb
sig)
(
stat.error
)
(
ERROR
)
s_e
(n)
Formal uncorrelated error in e (e_sig)
(
stat.error
)
(
ERROR
)
s_w
(n)
Formal uncorrelated error in w (w_sig)
(
stat.error
)
(
ERROR
)
s_i
rad
(n)
Error estimate for i (i_sig)
(
stat.error
)
(
ERROR
)
s_rsum
(n)
Formal uncorrelated error in rsum (r
sum
sig)
(
stat.error
)
(
ERROR
)
s_rrat
(n)
Scaled error formal estimate for rrat (r
rat
sig)
(
stat.error
)
(
ERROR
)
n_s_rrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
s_sbrat
(n)
Scaled error formal estimate for sbrat (sb
rat
sig)
(
stat.error
)
(
ERROR
)
n_s_sbrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
e_ecosw
(n)
Lower error estimate in ecosw (ecosw_low)
(
stat.error
)
(
ERROR
)
E_ecosw
(n)
Upper error estimate in ecosw (ecosw_upp)
(
stat.error;stat.max
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
e_esinw
(n)
Lower error estimate in esinw (esinw_low)
(
stat.error
)
(
ERROR
)
E_esinw
(n)
Upper error estimate in esinw (esinw_upp)
(
stat.error;stat.max
)
(
ERROR
)
e_cosi
(n)
Lower error estimate in cosi (cosi_low)
(
stat.error
)
(
ERROR
)
E_cosi
(n)
Upper error estimate in cosi (cosi_upp)
(
stat.error;stat.max
)
(
ERROR
)
e_phi0
(n)
Lower error estimate in phi0 (phi
0
low)
(
stat.error
)
(
ERROR
)
E_phi0
(n)
Upper error estimate in phi0 (phi
0
upp)
(
stat.error;stat.max
)
(
ERROR
)
e_logrr
(n)
Lower error estimate in logrr (log
rr
low)
(
stat.error
)
(
ERROR
)
E_logrr
(n)
Upper error estimate in logrr (log
rr
upp)
(
stat.error;stat.max
)
(
ERROR
)
e_logsb
(n)
Lower error estimate in logsb (log
sb
low)
(
stat.error
)
(
ERROR
)
E_logsb
(n)
Upper error estimate in logsb (log
sb
upp)
(
stat.error;stat.max
)
(
ERROR
)
e_e
(n)
Lower error estimate in e (s_low)
(
stat.error
)
(
ERROR
)
E_e
(n)
Upper error estimate in e (s_upp)
(
stat.error;stat.max
)
(
ERROR
)
e_w
(n)
Lower error estimate in w (w_low)
(
stat.error
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
E_w
(n)
Upper error estimate in w (w_upp)
(
stat.error;stat.max
)
(
ERROR
)
e_i
rad
(n)
Lower error estimate in i (i_low)
(
stat.error
)
(
ERROR
)
E_i
rad
(n)
Upper error estimate in i (i_upp)
(
stat.error;stat.max
)
(
ERROR
)
e_rsum
(n)
Lower error estimate in rsum (r
sum
low)
(
stat.error
)
(
ERROR
)
E_rsum
(n)
Upper error estimate in rsum (r
sum
upp)
(
stat.error;stat.max
)
(
ERROR
)
e_rrat
(n)
Lower error estimate in rrat (r
rat
low)
(
stat.error
)
(
ERROR
)
n_e_rrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
E_rrat
(n)
Upper error estimate in rrat (r
rat
upp)
(
stat.error;stat.max
)
(
ERROR
)
n_E_rrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
e_sbrat
(n)
Lower error estimate in sbrat (sb
rat
low)
(
stat.error
)
(
ERROR
)
n_e_sbrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
E_sbrat
(n)
Upper error estimate in sb_rat (sb
rat
upp)
(
stat.error;stat.max
)
(
ERROR
)
n_E_sbrat
(char)
[i] i for infinity
(
meta.note
)
(
NOTE
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
ecoswphys
(n)
ecos(w) of the physical model (ecosw_phys)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
esinwphys
(n)
esin(w) of the physical model (esinw_phys)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
cosiphys
(n)
cos(i) of the physical model (cosi_phys)
(
src.orbital.inclination
)
(
POS_INCLIN_LOS
)
phi0phys
(n)
phi
0
of the physical model (phi
0
phys)
(
pos.posAng
)
(
POS_POS-ANG
)
logrrphys
(n)
log10 r2/r1 of the physical model (log
rr
phys)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
logsbphys
(n)
log10 sb2/sb1 of the physical model (log
sb
phys)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ephys
(n)
Eccentricity of the physical model (s_phys)
(
src.orbital.eccentricity
)
(
ORBIT_ECCENTRICITY
)
wphys
(n)
omega of the physical model (w_phys)
(
src.orbital.periastron
)
(
ORBIT_P-ASTRON_ARG
)
iphys
rad
(n)
Inclination of the physical model (i_phys)
(
src.orbital.inclination
)
(
POS_INCLIN_LOS
)
rsumphys
(n)
Sum of radii of the physical model (r
sum
phys)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
rratphys
(n)
r2/r1 of the physical model (r
rat
phys)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
sbratphys
(n)
sb2/sb1 of the physical model (sb
rat
phys)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
s_ecoswphys
(n)
Lower HDI error in ecosw (ecosw
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
E_ecoswphys
(n)
Upper HDI error in ecosw (ecosw
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_esinwphys
(n)
Lower HDI error in esinw (esinw
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_esinwphys
(n)
Upper HDI error in esinw (esinw
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_cosiphys
(n)
Lower HDI error in cosi (cosi
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_cosiphys
(n)
Upper HDI error in cosi (cosi
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_phi0phys
(n)
Lower HDI error in phi0 (phi
0
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_phi0phys
(n)
Upper HDI error in phi0 (phi
0
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_logrrphys
(n)
Lower HDI error in logrr (log
rr
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_logrrphys
(n)
Upper HDI error in logrr (log
rr
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_logsbphys
(n)
Lower HDI error in logsb (log
sb
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_logsbphys
(n)
Upper HDI error in logsb (log
sb
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_ephys
(n)
Lower HDI error in e (e
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_ephys
(n)
Upper HDI error in e (s
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
s_wphys
(n)
Lower HDI error in w (w
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_wphys
(n)
Upper HDI error in w (w
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_iphys
rad
(n)
Lower HDI error in i (i
err
l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_iphys
rad
(n)
Upper HDI error in i (i
err
u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_rsumphys
(n)
Lower HDI error in rsum (r
sum
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_rsumphys
(n)
Upper HDI error in rsum (r
sum
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_rratphys
(n)
Lower HDI error in rrat (r
rat
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_rratphys
(n)
Upper HDI error in rrat (r
rat
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
s_sbratphys
(n)
Lower HDI error in sbrat (sb
rat
err_l)
(Note 1)
(
stat.error;stat.min
)
(
ERROR
)
E_sbratphys
(n)
Upper HDI error in sbrat (sb
rat
err_u)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
Nparphys
(n)
Number of parameters after physical model optimisation (n
param
phys)
(
meta.number
)
(
NUMBER
)
BICphys
(n)
BIC after physical model optimisation (bic_phys)
(
meta.code
)
(
CODE_MISC
)
noislphys
(n)
Noise level after physical model optimisation (noiss_lev e_phys)
(
instr.det.noise;meta.modelled
)
(
INST_NOISE
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
TotFreqs
(n)
Total number of frequencies (total_freqs)
(
meta.number
)
(
NUMBER
)
PasSigma
(n)
Number of frequencies that passed the sigma test (passed_sigma)
(
meta.number
)
(
NUMBER
)
PasSNR
(n)
Number of frequencies that passed the S/R test (passed_snr)
(
meta.number
)
(
NUMBER
)
PasBoth
(n)
Number of frequencies that passed both tests (passed_both)
(
meta.number
)
(
NUMBER
)
PasHarm
(n)
Number of harmonics that passed both tests (passed_harmonics)
(
meta.number
)
(
NUMBER
)
std1
(n)
Standard deviation of the residuals of the linear+sinusoid+eclipse model (std_1)
(
stat.stdev
)
(
STAT_STDEV
)
std2
(n)
Standard deviation of the residuals of the linear+eclipse model (std_2)
(
stat.stdev
)
(
STAT_STDEV
)
std3
(n)
Standard deviation of the residuals of the linear+harmonic 1 and 2+eclipse model (std_3)
(
stat.stdev
)
(
STAT_STDEV
)
std4
(n)
Standard deviation of the residuals of the linear+non-harmonic sinusoid+eclipse model (std_4)
(
stat.stdev
)
(
STAT_STDEV
)
ratio1-1
(n)
Ratio of the first depth to std1 (ratio
1
1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio1-2
(n)
Ratio of the second depth to std1 (ratio
1
2)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio2-1
(n)
Ratio of the first depth to std2 (ratio
2
1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio2-2
(n)
Ratio of the second depth to std2 (ratio
2
2)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio3-1
(n)
Ratio of the first depth to std3 (ratio
3
1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio3-2
(n)
Ratio of the second depth to std3 (ratio
3
2)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio4-1
(n)
Ratio of the first depth to std4 (ratio
4
1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ratio4-2
(n)
Ratio of the second depth to std4 (ratio
4
2)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
SimbadName
(char)
(n)
Designation understandable by the
Simbad
data-base
(
meta.id
)
(
ID_ALTERNATIVE
)
_RA
deg
(i)
Positions from KIC (right ascension part)
(
pos.eq.ra;meta.main
)
(
POS_EQ_RA_MAIN
)
_DE
deg
(i)
Positions from KIC (declination part)
(
pos.eq.dec;meta.main
)
(
POS_EQ_DEC_MAIN
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
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