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1Kozak LV, 2Kostyk RI, 3Cheremnykh OK. Two turbulent regimes on the Sun. Russian. 2013 ;29(2):22-29.
1Kozak LV, 1Petrenko BA, 2Grigorenko EE, 3Kronberg EA. Comparison of ground-based and satellite geomagnetic pulsations during substorms. Ukrainian. 2022 ;38(1):3-15.
Kovtyukh VV, Soubiran C, Belik SI, Yasinskaya MP, Chehonadskih FA, Malyuto V. Fundamental parameters and intrinsic colours of FGK supergiants and classical Cepheids. 2008 ;24(3):231-237.
1Koval'chuk MM, 1Hirnyak MB, 1Baran OA, 1Stodilka MI, 1Vovchyk YB, 1Bilinsky AI, 1Blahodyr YT, 1Virun NV, 2Apunevych SV. Investigation of the influence of heliogeoactivity on the dynamics of orbital parameters of artificial satellites of the Earth. Ukrainian. 2017 ;33(5):68-74.
1Koval'chuk MM, 1Hirnyak MB, 1Baran OA, 1Stodilka MI, 1Vovchyk YB, 1Bilinsky AI, 1Blahodyr YT, 1Virun NV, 2Apunevych SV. 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.
1Kostyk RI. Effect of wave motions in the active region of the solar surface on convection. Russian. 2018 ;34(2):46-54.
1Kostyk RI, 1Shchukina NG, 2Kobanov NI, 2Pulyaev VA. The influence of magnetic field on the propagation of 5-min oscillations in the solar atmosphere: the phase shifts. Russian. 2014 ;30(1):61-69.
1Kostyk RI. What are solar faculae?. Russian. 2013 ;29(1):50-57.
1Kostyk RI. What mechanisms allow the 5-minute oscillations in the active regions of the solar surface to penetrate from the photosphere into the chromosphere?. Russian. 2015 ;31(4):45-53.
1Kostogryz NM. Raman scattering in Uranus's spectrum with regard to nonisothermal atmosphere. 2006 ;22(4):254-259.

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