[SDL2016] Nova 36

SUSPECTED M87
 
Constellation
Virgo
Equatorial coordinates
α = 12 30 44.360
δ = +12 23 02.029
Galactic coordinates
l = 283.7123°
b = 74.4781°

Suspected 2016Ref
Confirmed -
Symbiotic IR type -
Hot component type -
Outbursts YesRef - SyN?Ref

Identifiers

[SDL2016] Nova 36 IRAS - GSC2.4.2 - AAVSO -
SIMBAD [SDL2016] Nova 36 Pan-STARRS - SAO - VSX -
GAIA DR3 - SkyMapper - WRAY - GCVS -
2MASS - HIP - Hen - BD -
WISE - TYC - ESO - HD -

Symbiotic Catalogs

Bidelman (1954) - Allen (1984) - Belzcyński et al. (2001) -
Gaposchkin (1957) - Kenyon (1986) - Akras et al. (2019) -
Boyarchuk (1969) - Vaidis (1988, 1991) -

Position

Right ascension (°) 187.6848Ref Parallax (mas) - Reddening E(B-V) (mag) 0.02±0.0Ref, Note
Declination (°) 12.3839Ref Distance (kpc) 16400±500Ref
-, Note
   
Galactic longitude (°) 283.7123Ref Proper motion in α (mas/yr) -    
Galactic latitude (°) 74.4781Ref Proper motion in δ (mas/yr) -    

Observations

X-Ray - IR type - Radio -
X-Ray type - J (mag) - Flickering -
GALEX FUV (mag) - H (mag) - Outbursts YesRef
GALEX NUV (mag) - K (mag) - Outburst type SyN?Ref
IUE NoRef WISE W1 (mag) - Jets -
FUSE NoRef WISE W2 (mag) - Resolved nebula -
U (mag) - WISE W3 (mag) - IPmax (eV) -
B (mag) - WISE W4 (mag) - [O III] lines -
V (mag) 25.91Ref IRAS 12μm (Jy) - He II lines -
R (mag) - IRAS 25μm (Jy) - [Fe VII] lines -
I (mag) 25.17Ref IRAS 60μm (Jy) - O VI lines -
BP (mag) - IRAS 100μm (Jy) -
G (mag) - AKARI S09 (Jy) -
RP (mag) - AKARI S18 (Jy) -

Orbit

Orbital period (days) - γ velocity (km/h) - Size of giant’s orbit (AU) -
Eccentricity - RV of giant (km/h) - Separation (AU) -
Inclination (°) - Inferior conj. of giant (JD) - Mass function -
Eclipses -     Mass ratio -
Orbital ephemeris -        

Cool component

Spectral type - Mass (M) - Pulsation -
Eff. temperature (K) - Radius (R) - Type -
IR type - Luminosity (L) - Pulsation period (days) -
Metallicity [Fe/H] -     Pulsation ephemeris -

Hot component

Type/Spectral type - Mass (M) - Spin period (min) -
Shell-burning/Accreting-only - Radius (R) - Accretion disk -
Eff. temperature (K) - Luminosity (L) -    
Lower limit (K) -        
Upper limit (K) -        

Links

SIMBAD   CDS Portal


Notes

Identified as an optical nova by Shara et al. (2016). They concluded that the object could be a symbiotic or very slow nova.


References


Last updated: May 12, 2019