Low-frequency kinetic waves in plasmas of magnetic loops at the early stage of flare process in active region

¹Kryshtal AN, ¹Voitsekhovska AD, ¹Gerasimenko SV. Low-frequency kinetic waves in plasmas of magnetic loops at the early stage of flare process in active region. Russian. 2019 ;35(3):3-33.

Fraunhofer lines in the transition from the center to the limb of the solar disk

¹Osipov SN, ¹Vasilieva IE. Fraunhofer lines in the transition from the center to the limb of the solar disk. Russian. 2019 ;35(2):50-64.

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.

What are solar faculae?

¹Kostyk RI. What are solar faculae?. Russian. 2013 ;29(1):50-57.

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