The boundary layer in compact binariesContext.
Disk accretion onto stars leads to the formation of a boundary layer (BL) near the stellar
Influence of rotation velocity gradient on line profiles of accretion discs of CVsInfluence of rotation velocity gradient on line profiles of
accretion discs of CVs
Eclipses during the 2010 eruption of the recurrent nova U ScorpiiSchaefer B.,
Pagnotta A.,
Lacluyze A.,
Reichart D.,
Ivarsen K.,
Haislip J.,
Nysewander M.,
Moore J.,
Oksanen A.,
Worters H.,
Sefako R.,
Mentz J.,
Dvorak S.,
Gomez T.,
Harris B.,
Henden A.,
Tan T.,
Templeton M.,
Allen W.,
Monard B.,
Rea R.,
Roberts G.,
Stein W.,
Maehara H.,
Richards T.,
Stockdale C.,
Krajci T.,
Sjoberg G.,
McCormick J.,
Revnivtsev M.,
Molkov S.,
Suleimanov V.,
Darnley M.,
Bode M.,
Handler G.,
Lepine S.,
Shara M. of eclipse from days 41-61 (likely caused by raised rims of the
accretion disk occulting the bright inner
Disk precession and quasi-periodic brightness oscillations of V603 Aql in 2001-2002 in the
disk precession period was caused by a change in the
accretion rate in the system. V603 Aql in a state
Optical Counterparts of Ultraluminous X-Ray Sources NGC 4559 X-10 and NGC 4395 ULX-1 suggest that as the original
accretion rate decreases (but nevertheless remains supercritical
Non-LTE models for neutron star atmospheres and supernova-fallback disksWe describe our recent progress in modeling supernova-fallback
disks and neutron star (NS
The accretion flow-discrete ejection connection in GRS 1915+105 that the process linking
accretion behavior to ejection is general from the smallest scales to high luminosity
Disk precession and quasi-periodic brightness oscillations of V603 Aql in 2001-2002 in the
disk precession period was caused by a change in the
accretion rate in the system. V603 Aql in a state
Variations in the Period of Negative Superhumps in SU UMa-Type Dwarf Novae. I. Mn Dra (2012-2017)Sklyanov A.S.,
Pavlenko E.P.,
Antonyuk K.A.,
Pit N.V.,
Malanushenko V.P.,
Shchurova A.V.,
Zaostrozhnykh A.M.A.,
Shugarov S.Y.,
Sosnovskij A.A.,
Babina J.V.,
Antonyuk O.I.,
Simon A.O.,
Zhuchkov R.Y.,
Gutaev A.G. of the
accretion disk during the time of an outburst followed by a slow decrease, in agreement with the theory
X-ray variability of SS 433: Evidence for supercritical accretion of about three days suggests that the time for the passage of material through the
disk is less than