V471 Per

Constellation
Perseus

Equatorial coordinates
α = 01 58 49.665
δ = +52 53 48.426

Galactic coordinates
l = 133.1179°
b = -8.6370°

Suspected	1966^Ref
Confirmed	1984^Ref
Symbiotic IR type	D'^Ref
Hot component type	shell-burning^Ref
Outbursts	-

Identifiers

V471 Per	IRAS 01555+5239	GSC2.4.2 NBYZ000656	AAVSO 000-BCW-795
SIMBAD V* V471 Per	Pan-STARRS 171470297070096814	SAO -	VSX 25995
GAIA DR3 360112911622101120	SkyMapper -	WRAY -	GCVS V0471 Per
2MASS J01584966+5253484	HIP -	Hen -	BD -
WISE J015849.66+525348.3	TYC -	ESO -	HD -

Symbiotic Catalogs

Bidelman (1954)	-	Allen (1984)	V741 Per (Conf.)	Belzcyński et al. (2001)	V471 Per (Conf.)
Gaposchkin (1957)	-	Kenyon (1986)	V741 Per (Conf.)	Akras et al. (2019)	V471 Per (Conf.)
Boyarchuk (1969)	VV 8 (Conf.)	Vaidis (1988, 1991)	V741 Per (Conf.)

Position

Right ascension (°)	29.7069^Ref	Parallax (mas)	0.383±0.018^Ref	Reddening E(B-V) (mag)	0.2±0.0^Ref ^{, Note}
Declination (°)	52.8968^Ref	Distance (kpc)	1.66-3.65^Ref 2.51^Ref ^{, Note}, 2.50^Ref ^{, Note}
Galactic longitude (°)	133.1179^Ref	Proper motion in α (mas/yr)	0.46±0.02^Ref
Galactic latitude (°)	-8.6370^Ref	Proper motion in δ (mas/yr)	-2.29±0.02^Ref

Observations

X-Ray	No^Ref	IR type	D'^Ref	Radio	Yes^Ref
X-Ray type	-	J (mag)	11.02^Ref	Flickering	No^Ref
GALEX FUV (mag)	-	H (mag)	10.40^Ref	Outbursts	-
GALEX NUV (mag)	-	K (mag)	9.93^Ref	Outburst type	-
IUE	Yes^Ref	WISE W1 (mag)	8.74^Ref	Jets	-
FUSE	No^Ref	WISE W2 (mag)	7.48^Ref	Resolved nebula	No^Ref
U (mag)	-	WISE W3 (mag)	3.57^Ref	IPmax (eV)	97.1 (UV)^Ref
B (mag)	14.04^Ref	WISE W4 (mag)	1.46^Ref	[O III] lines	Yes^Ref
V (mag)	13.04^Ref	IRAS 12μm (Jy)	1.53^Ref	He II lines	No^Ref
R (mag)	-	IRAS 25μm (Jy)	2.70^Ref	[Fe VII] lines	-
I (mag)	-	IRAS 60μm (Jy)	1.85^Ref	O VI lines	No^Ref
BP (mag)	13.08^Ref	IRAS 100μm (Jy)	2.16^Ref
G (mag)	12.56^Ref	AKARI S09 (Jy)	0.86^Ref
RP (mag)	11.84^Ref	AKARI S18 (Jy)	1.86^Ref

Orbit

Orbital period (days)	7757^Ref, 6210^Ref, 6150^Ref	γ velocity (km/h)	-28.36±8.46^Ref	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	2.88^Ref
Orbital ephemeris	Max (B) = 2440460 + 7757 x E^Ref, Max (B) = 2453115 + 6150 x E^Ref

Cool component

Spectral type	G5 III^Ref	Mass (M_⊙)	2.3^Ref	Pulsation	-
Eff. temperature (K)	-	Radius (R_⊙)	10^Ref	Type	-
IR type	D'^Ref	Luminosity (L_⊙)	-	Pulsation period (days)	-
Metallicity [Fe/H]	-			Pulsation ephemeris	-

Hot component

Type/Spectral type	-	Mass (M_⊙)	0.8^Ref	Spin period (min)	-
Shell-burning/Accreting-only	shell-burning^Ref	Radius (R_⊙)	0.57^Ref	Accretion disk	-
Eff. temperature (K)	95000^Ref, 65000-75000^Ref	Luminosity (L_⊙)	1600-6300^Ref
Lower limit (K)	-
Upper limit (K)	-

Links

SIMBAD CDS Portal ARAS Database

Notes

This target is often mentioned as V741 Per in the literature, e.g., also in the catalogs of Allen (1984) and Kenyon (1986), by mistake. Drummond (1980) reported the detection of a period of 4.0002 h in the light curves and suggested that the targets is an eclipsing binary with a short orbital period. Grauer & Bond (1981) did not detect similar period and suggested the orbital period to be longer than a half year. The 4-h period was not detected by Yamasaki et al. (1984) neither. Arkhipova & Noskova (1988) detected slow brightness variations which is supposed to be of an orbital origin (Arkhipova et al., 2008). Munari et al. (2012) also detected 6.4 and 1.18 d variability in the LCs. They suggested that the 2x6.4 d period might be the orbital period of this system (if the red giant is Roche lobe filling).

References

Adams, T. F., 1975, ApJ, 202, 114, 1975ApJ...202..114A
Allen, D. A., 1984, PASA, 5, 3, 369, 1984PASA....5..369A
Arkhipova, V. P., Esipov, V. F., Noskova, R. I. et al., 2008, AstL, 34, 12, 839, 2008AstL...34..839A
Arkhipova, V. P., Noskova, R. I., 1988, SvAL, 14, 217, 1988SvAL...14..217A
Blair, W. P., Stencel, R. E., Feibelman, W. A. et al., 1983, ApJS, 53, 573, 1983ApJS...53..573B
Drummond, J. D., 1980, A&A, 88, L11, 1980A&A....88L..11D
Feibelman, W. A., 1983, ApJ, 275, 628, 1983ApJ...275..628F
Grauer, A. D., Bond, H. E., 1981, PASP, 93, 630, 1981PASP...93..630G
Kenyon, S. J., 1986, Cambridge: University Press, 1, 1986syst.book.....K
Merc, J., Beck, P. G., Mathur, S. et al., 2023, arXiv, arXiv:2312.16126, 2023arXiv231216126M
Munari, U., Siviero, A., Tamajo, E. et al., 2012, BaltA, 21, 180, 2012BaltA..21..180M
O´Dell, C. R., 1966, ApJ, 145, 487, 1966ApJ...145..487O
Siviero, A., Munari, U., Cherini, G. et al., 2007, BaltA, 16, 52, 2007BaltA..16...52S
Yamasaki, A., Okazaki, A., Nakagiri, M. et al., 1984, Ap&SS, 104, 1, 181, 1984Ap&SS.104..181Y
Zipoy, D. M., 1975, ApJ, 201, 397, 1975ApJ...201..397Z