V384 Ser

Simbad link V384 Ser
Source publication Zhang, Liyun (2020) - Spectroscopic and photometric studies of four W UMa-type eclipsing binaries - II
ADS link 2020MNRAS.491.6065Z
Name in Source publication V384 Ser
Orbital period in days (P [d]) 0.268729
Mass ratio (q) 0.32
Mass ratio determination Photometric
Type W
Has total eclipse?
Has spots?
Has third light?
Has period variation?

Solver WD
Orbital period in days (P [d]) 0.268729
Mass ratio (q) 0.32
Orbital inclination in degrees (i [o]) 70.6
Fillout (f) 0.17
Primary temperature in Kelvins (T1 [K]) 4811
Secondary temperature in Kelvins (T2 [K]) 5108
Primary polar radius in units of orbital separation (r1p) 0.4583
Secondary polar radius in units of orbital separation (r2p) 0.2721
Surface potential (Ω) 2.4697

Orbital separation in solar radii (a [R]) 2.61
Primary radius in solar units (R1 [R]) 0.85
Secondary radius in solar units (R2 [R]) 0.8
Primary mass in solar units (M1 [M]) 2.5
Secondary mass in solar units (M2 [M]) 0.79
Primary temperature in kelvins (T1 [K]) 4811
Secondary temperature in Kelvins (T2 [K]) 5108
Primary luminosity in solar units (L1 [L]) 0.35
Secondary luminosity in solar units (L2 [L]) 0.39
Distance in parsecs (d [pc])
Age in gigayears (τ [gyr])

Orbital period in days (P [d]) 0.268729
Monotonic period variation in seconds per year (dPdt [s/y]) -0.002229
Cyclic period variation in years (Pc [y]) 2.84

Simbad link V384 Ser
J magnitude 10.318
H magnitude 9.842
K magnitude 9.723
Johnson_U magnitude 11.276
Johnson_B magnitude 13.52
Johnson_V magnitude 11.874
Johnson_R magnitude 11.608
Johnson_I magnitude
Sloan_u magnitude
Sloan_g magnitude 12.342
Sloan_r magnitude 11.608
Sloan_i magnitude 11.276
Sloan_z magnitude

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