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Reflection of acoustic waves in the real solar atmosphere. Russian. 2010 ;26(2):50-58.
. Robust method for determination of magnetic field strength in solar photosphere. Ukrainian. 2018 ;34(6):3-21.
. Role of the parameters of solar wind in the changing of orbital motion of the artificial satellites of the Earth. Ukrainian. 2017 ;33(6):61-68.
. Solar faculae: microturbulence as an indicator of inclined magnetic fields. Ukrainian. 2020 ;36(4):3-18.
. Spatial structure of gravity waves in the solar photosphere. Russian. 2013 ;29(4):3-17.
. Spatial structure of gravity waves in the solar photosphere. Russian. 2012 ;28(4):15-26.
. Spatial variations of Stokes profiles of magnetoactive Fe I lines. Russian. 2014 ;30(6):3-13.
. Statistical analysis of the orbital motion of selected Earth’s artificial satellites during the 24th cycle of solar activity. Ukrainian. 2021 ;37(6):62-84.
. Structure of the long-living elements of the solar granulation. Ukrainian. 2018 ;34(1):21-29.
. Structure of the solar photosphere convection on subgranulation scales. 2008 ;24(2):99-109.
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