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. observed and in the quiescent state,
negative superhumps with an average period of 0.095921(3) days
NY Ser: Outburst Activity and Multiperiodic Processes in its Various Stages During 2014 and 2016 the superoutburst we identified two stages in the
evolution of
superhumps: a stage in which the tidal instability
Superhump evolution of WZ Sge-type dwarf nova ASASSN-14cv at rebrightening stage superhump evolution can be either described by a parabolic approximation with the
negative Pdot = −1.1 × 10
Superhump evolution of WZ Sge-type dwarf nova ASASSN-14cv at rebrightening stage superhump evolution can be either described by a parabolic approximation with the
negative Pdot = −1.1 × 10
Disk precession and quasi-periodic brightness oscillations of V603 Aql in 2001-2002 with
negative superhumps was found to be brighter than it is in a state with positive
superhumps by 0.m2-0.m3
Disk precession and quasi-periodic brightness oscillations of V603 Aql in 2001-2002 with
negative superhumps was found to be brighter than it is in a state with positive
superhumps by 0.m2-0.m3
MASTER OT J172758.09+380021.5: a peculiar ER UMa-type dwarf nova, probably a missed nova in the recent pastPavlenko E.,
Kato T.,
Antonyuk K.,
Pit N.,
Keir L.,
Udovichenko S.,
Dubovský P.,
Sosnovskij A.,
Antonyuk O.,
Shimansky V.,
Gabdeev M.,
Rakhmatullaeva F.,
Kokhirova G.,
Belan S.,
Simon A.,
Baklanov A.,
Kojiguchi N.,
Godunova V. by an orbital period of 0.057026 d or its orbital-
negative superhump beat period were detected. An absence