Some asymmetry in distribution of Hα flares on the solar disk during the 21th cycle

¹Akimov LA, ¹Belkina IL. Some asymmetry in distribution of Hα flares on the solar disk during the 21th cycle. Russian. 2015 ;31(3):54-62.

The structure of the solar photospheric convection on granular and mesogranular scales

¹Baran OA, ¹Stodilka MI. The structure of the solar photospheric convection on granular and mesogranular scales. Russian. 2015 ;31(2):21-33.

On the small-scale alpha-squared effect in the convection zone of the Sun

¹Krivodubskij VN. On the small-scale alpha-squared effect in the convection zone of the Sun. Russian. 2015 ;31(2):3-20.

Robust method for determination of magnetic field strength in solar photosphere

¹Prysiazhnyi AI, ¹Stodilka MI, ²Shchukina NG. Robust method for determination of magnetic field strength in solar photosphere. Ukrainian. 2018 ;34(6):3-21.

Abnormal Stokes profiles of the photospheric lines in the region of chromospheric dual flows in the surroundings of a solar pore. II. Photospheric models

¹Kondrashova NN. Abnormal Stokes profiles of the photospheric lines in the region of chromospheric dual flows in the surroundings of a solar pore. II. Photospheric models. Russian. 2018 ;34(4):30-52.

Effect of wave motions in the active region of the solar surface on convection

¹Kostyk RI. Effect of wave motions in the active region of the solar surface on convection. Russian. 2018 ;34(2):46-54.

Spectral study of Ellerman bombs. The photosphere

¹Pasechnik MN. Spectral study of Ellerman bombs. The photosphere. Russian. 2018 ;34(2):25-45.

Abnormal Stokes profiles in the region of chromospheric dual flows in the surroundings of a solar pore. I. Observation

¹Kondrashova NN. Abnormal Stokes profiles in the region of chromospheric dual flows in the surroundings of a solar pore. I. Observation. Russian. 2018 ;34(2):3-24.

Structure of the long-living elements of the solar granulation

¹Baran OA, ¹Stodilka MI, ¹Prysiazhnyi AI. Structure of the long-living elements of the solar granulation. Ukrainian. 2018 ;34(1):21-29.

Simulation of the generation of the toroidal magnetic field of the Sun by differential rotation

¹Loginov AA, ²Krivodubskij VN, ¹Salnikov NN, ¹Prutsko YV. Simulation of the generation of the toroidal magnetic field of the Sun by differential rotation. Russian. 2017 ;33(6):17-33.

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