Analysis of the FF Aqr spectra. We determine the abundances of heavy elements in the
star's atmosphere by modelling the synthetic
RT Crucis: A look into the X-ray emission of a peculiar symbiotic star© 2016 ESO.Symbiotic
stars are a heterogeneous class of interacting binaries. Among them, RT Cru
The new pre-cataclysmic binary PG 2200+085 detached close binary with an illumination effect or the ellipsoidal deformation of a secondary
star The auroral radio emission of the magnetic B-type star ρ OphCLeto P.,
Trigilio C.,
Buemi C.S.,
Leone F.,
Pillitteri I.,
Fossati L.,
Cavallaro F.,
Oskinova L.M.,
Ignace R.,
Krtička J.,
Umana G.,
Catanzaro G.,
Ingallinera A.,
Bufano F.,
Riggi S.,
Cerrigone L.,
Loru S.,
Schilliró F.,
Agliozzo C.,
Phillips N.M.,
Giarrusso M.,
Robrade J. Society. The non-thermal radio emission of main-sequence early-type
stars is a signature of stellar
Analysis of the FF Aqr spectra. We determine the abundances of heavy elements in the
star's atmosphere by modelling the synthetic
Superhump evolution of WZ Sge-type dwarf nova ASASSN-14cv at rebrightening stage detected 8 rebrightenings of this
star. Based on the light curve profiles of the rebrightenings, we