Spectroscopic and photometric analysis of symbiotic candidates -- I. Ten candidates on classical symbiotic stars
J. Merc, R. G\'alis, M. Wolf, P. Velez, C. Buil, F. Sims, T. Bohlsen,, M. Vra\v{s}\v{t}\'ak, C. Boussin, H. Boussier, P. Cazzato, I. Diarrasouba, F., Teyssier

TL;DR
This study investigates ten suspected symbiotic star candidates using spectroscopy and photometry to confirm their nature, revealing two genuine symbiotic systems and clarifying the status of others.
Contribution
First spectroscopic analysis of ten symbiotic candidates, distinguishing genuine symbiotic stars from non-symbiotic objects.
Findings
Hen 3-860 and V2204 Oph are confirmed symbiotic stars.
V1988 Sgr is not a genuine symbiotic star.
Six candidates are non-symbiotic or single stars.
Abstract
Symbiotic stars belong to a group of interacting binaries that display a wide variety of phenomena, including prominent outbursts connected with mass transfer, as well as stellar winds, jets, eclipses, or intrinsic variability of the components. Dozens of new symbiotic stars and candidates have been discovered in recent years. However, there are many objects which are still poorly studied. Some symbiotic candidates suspected in the literature have never been studied spectroscopically. In this contribution, we present the first results of the ongoing campaign focused on symbiotic candidates. In the first paper in the series, we study the nature of ten candidate classical symbiotic stars suspected based on their photometric behaviour, colours or abundance pattern. To confirm or reject the symbiotic nature of the studied candidates, we obtained new spectra and analysed them in detail…
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