Gaia DR2 810719091945103616

All names: Gaia DR3 810719091945103616, SDSS J092119.25+360922.9, WDJ092119.27+360923.56, Gaia DR2 810719091945103616, SDSS J092119.25+360923.0, WDJ092119.27+360923.55, Gaia EDR3 810719091945103616

Parameter Unit Gaia EDR3 Pan-STARRS DR1 Kilic et al. 2025 MWDD H MWDD HE Gaia DR2 Stilism Vincent et al. 2024 Simbad Gentile Fusillo et al. 2018
Right ascension 09 21 19.20 (0.2) 09 21 19.20 09 21 19.20 09 21 19.27 (0.2) 09 21 19.20
Declination 36 09 21.02 (0.2) 36 09 21.10 36 09 21.02 36 09 23.56 (0.2) 36 09 21.10
Spectral type DC DA DA
Effective temperature [K] 5420.0 (46) 5627.0 5363.0 5842.0 (135)
log(g) [cgs] 7.93 (0.03) 8.11 7.95 8.20 (0.05)
Mass [M] 0.531 (0.03) 0.656 0.537 0.714 (0.05)
log(Luminosity) [L]
Cooling age [Gyr] 3.7570 3.9370
log(H/He)
log(C/He)
log(Ca/He)
log(Ca/H)
log(N/He)
log(O/He)
log(Na/He)
log(Mg/He)
log(Al/He)
log(Si/He)
log(P/He)
log(S/He)
log(Cl/He)
log(Sc/He)
log(Ti/He)
log(V/He)
log(Cr/He)
log(Mn/He)
log(Fe/He)
log(Co/He)
log(Ni/He)
log(Cu/He)
log(Zn/He)
log(Ga/He)
log(Ge/He)
log(Sr/He)
Parallax [mas] 11.85 (0.2) 12.15 (0.3) 11.85 11.85 (0.2) 12.15 (0.3)
Distance [pc] 84.36 (2) 82.31 (2) 84.36 84.36 (2) 82.31 (2)
Composition He
Proper motion (right ascension) [mas/yr] -51.32644482 (0.2) -50.91634461 (0.5) -51.326 (0.2) -50.91634461
Proper motion (declination) [mas/yr] -158.1475256 (0.2) -158.2804623 (0.4) -158.148 (0.2) -158.2804623
Variability
Magnetic
Bd [MG]
Infrared excess (disk)
Binarity
B magnitude
V magnitude
R magnitude
I magnitude
J magnitude
H magnitude
K magnitude
u magnitude 20.41 (0.05) 20.41 (0.05)
g magnitude 19.49 (0.01) 19.49 (0.01)
r magnitude 19.03 (0.01) 19.03 (0.01)
i magnitude 18.81 (0.01) 18.81 (0.01)
z magnitude 18.68 (0.03) 18.68 (0.03)
G magnitude 19.03 (0.03) 19.06 19.03 19.03 (0.004) 19.06
BP magnitude 19.43 (0.03) 19.33 19.33
RP magnitude 18.59 (0.03) 18.48 18.48
Pan g magnitude 19.45 (0.01)
Pan r magnitude 19.00 (0.006)
Pan i magnitude 18.85 (0.005)
Pan z magnitude 18.82 (0.01)
Pan y magnitude 18.82 (0.02)
E(B-V) 0.003

* Constant surface field

Special notes:

Spectra

Controls

Normalize at:
Normalize by mean flux

Range:

x: to
y: to

Spectra available:

Spectra without link are available upon request

Absorption lines

Photometric filters

BVRI
ugriz

Photometric fit





The Montreal White Dwarf Database is produced and maintained by Prof. Patrick Dufour (Université de Montréal) and Dr. Simon Blouin (University of Victoria). Please send database updates, corrections, suggestions or bug reports to patrick.dufour@umontreal.ca.