X-ray variability of ss 433: Effects of the supercritical accretion disc-correlation functions and power spectra depend drastically on the precession phase of the supercritical
accretion disc Ultraluminous X-ray sources as neutrino pulsars. The classical limit on the
accretion luminosity of a neutron star is given by the Eddington luminosity
Propeller effect in action in the ultraluminous accreting magnetar M82 X-2 in an
accreting neutron star in binary System-The first pulsating ultraluminous X-Ray source X-2 in the galaxy M82
Evolution of broad-band SED during outburst rise in NS X-ray Nova Aql X-1 in 2013 can be understood in the framework of thermal emission from non-stationary
accretion disc Back reaction of the gravitational radiation on the metric of spacetime to the disappearance of the visible
accretion disc of the merged pair of black holes.
X-ray variability of ss 433: Effects of the supercritical accretion disc-correlation functions and power spectra depend drastically on the precession phase of the supercritical
accretion disc Influence of rotation velocity gradient on line profiles of accretion discs of CVs discs. The complete
disc structure is taken into account. The radial
disc structure follows the alpha