Small-scale magnetic features in active region NOAA 11024 1Kondrashova NN, 2Leiko UM. Small-scale magnetic features in active region NOAA 11024. Russian. 2019 ;35(2):28-49.
Motion of the photospheric matter in the active region site with two Ellerman bombs 1Pasechnik MN. Motion of the photospheric matter in the active region site with two Ellerman bombs. Russian. 2019 ;35(2):3-27.
Physical conditions in the chromosphere of a solar two-ribbon flare accompanied by a surge. I 1Baranovskii EA, 2Kondrashova NN, 2Pasechnik MN, 1Tarashchuk VP. Physical conditions in the chromosphere of a solar two-ribbon flare accompanied by a surge. I. Russian. 2013 ;29(4):18-30.
Spatial structure of gravity waves in the solar photosphere 1Stodilka MI. Spatial structure of gravity waves in the solar photosphere. Russian. 2013 ;29(4):3-17.
Two turbulent regimes on the Sun 1Kozak LV, 2Kostyk RI, 3Cheremnykh OK. Two turbulent regimes on the Sun. Russian. 2013 ;29(2):22-29.
Oscillator strengths of selected Fe II lines in the range λλ 300-400 nm 1Shchukina NG, 1Vasilieva IE. Oscillator strengths of selected Fe II lines in the range λλ 300-400 n. Russian. 2013 ;29(2):3-21.
A prediction of amplitude for solar cycle 24 using dynamics of activity near the cycle minimum 1Pishkalo MI. A prediction of amplitude for solar cycle 24 using dynamics of activity near the cycle minimum. Russian. 2013 ;29(1):58-67.
NLTE formation of the silicon spectrum: silicon abundance in three-dimensional model of the solar atmosphere 1Shchukina NG, 1Sukhorukov AV. NLTE formation of the silicon spectrum: silicon abundance in three-dimensional model of the solar atmosphere. Russian. 2013 ;29(1):26-49.
Physical conditions in the chromosphere of a solar two-ribbon flare, accompanied by a surge. II 1Baranovskii EA, 2Kondrashova NN, 2Pasechnik MN, 1Tarashchuk VP. Physical conditions in the chromosphere of a solar two-ribbon flare, accompanied by a surge. II. Russian. 2014 ;30(6):14-26.