Likely symbiotic stars in SMC

ALL CONFIRMED LIKELY POSSIBLE SUSPECTED MISCLASSIFIED

No.	Star name	Constellation	Suspected (Year)	Confirmed (Year)	Right ascension (°)	Declination (°)	B (mag)	V (mag)	R (mag)	I (mag)	Gaia G (mag)	Shell-burning/Accreting-only
1	LIN 250	Tucana	1978	-	13.5398	-72.6954	13.48	13.82	12.79	15.22	13.09	shell-burning?

No.	Star name	SIMBAD	Gaia DR3	2MASS	WISE	IRAS	Pan-STARRS	SkyMapper	HIP	TYC	GSC2.4.2	SAO	WRAY	Hen	ESO	AAVSO	VSX	GCVS	BD	HD
1	LIN 250	LHA 115-S 18	4688986534938381184	00540955-7241431	J005409.55-724143.2	-	-	005409.52-724143.3	-	-	S0XH519752	-	-	-	-	000-BLL-502	399934	-	-	-

No.	Star name	Bidelman (1954)	Bidelman (1954) status	Gaposchkin (1957)	Gaposchkin (1957) status	Boyarchuk (1969)	Boyarchuk (1969) status	Allen (1984)	Allen (1984) status	Kenyon (1986)	Kenyon (1986) status	Vaidis (1988, 1991)	Vaidis (1988, 1991) status	Belzcyński et al. (2001)	Belzcyński et al. (2001) status	Akras et al. (2019)	Akras et al. (2019) status
1	LIN 250	-	-	-	-	-	-	-	-	-	-	-	-	-	-	LHA 115-S 18	Confirmed

No.	Star name	Constellation	Right ascension (°)	Right ascension (HH MM SS.s)	Declination (°)	Declination (DD MM SS.s)	Galactic longitude (°)	Galactic latitude (°)	Parallax (mas)	Distance (kpc)	Geometric distance (kpc)	Photogeometric distance (kpc)	Proper motion in right ascension (mas/yr)	Proper motion in declination (mas/yr)	Reddening E(B-V) (mag)
1	LIN 250	Tucana	13.5398	00 54 09.544	-72.6954	-72 41 43.310	302.6486	-44.4314	-0.102	62.1	40.70	42.15	0.76	-1.34	0.37

No.	Star name	X-ray detection	X-ray type	GALEX FUV (mag)	GALEX NUV (mag)	IUE	FUSE	U (mag)	B (mag)	V (mag)	R (mag)	I (mag)	Gaia BP (mag)	Gaia G (mag)	Gaia RP (mag)	IR type	J (mag)	H (mag)	K (mag)	WISE W1 (mag)	WISE W2 (mag)	WISE W3 (mag)	WISE W4 (mag)	IRAS 12μm (Jy)	IRAS 25μm (Jy)	IRAS 60μm (Jy)	IRAS 100μm (Jy)	AKARI S09 (Jy)	AKARI S18 (Jy)	Radio detection	Flickering	Outbursts	Outburst type	Jets	Resolved nebula	IPmax (eV)	[O III] lines	He II lines	[Fe VII] lines	O VI lines
1	LIN 250	No	-	-	-	No	No	12.94	13.48	13.82	12.79	15.22	13.28	13.09	12.66	D'?	12.35	11.93	11.11	9.38	8.36	6.28	4.88	-	-	-	-	0.12	-	-	-	-	-	-	-	114	No	Yes	No	Yes

No.	Star name	Orbital period (days)	Eccentricity	Inclination (°)	Eclipses	γ velocity (km/h)	RV of the giant (km/h)	Inferior conj. of the giant (JD)	Size of the giant’s orbit (AU)	Separation (AU)	Mass function	Mass ratio
1	LIN 250	-	-	-	-	-	-	-	-	-	-	-

No.	Star name	Spectral type of the giant	Effective temperature of the giant (K)	Metallicity [Fe/H]	Mass of the giant (M⊙)	Radius of the giant (R⊙)	Luminosity of the giant (L⊙)	Pulsations	Pulsation type	Pulsation period (days)
1	LIN 250	B0 I [e]	25000	-	35-40	33-36	300000-460000	-	-	-

No.	Star name	Hot component type	Shell-burning/Accreting-only	Effective temperature of the hot component (K)	Lower limit (K)	Upper limit (K)	Mass of the hot component (M⊙)	Radius of the hot component (R⊙)	Luminosity of the hot component (L⊙)	Spin period (min)	Accretion disk
1	LIN 250	-	shell-burning?	-	-	-	-	-	-	-	-