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Kruchynenko VG, 1Churyumov KI, Dobrianskyi YP, Valter AA. Determination of possible sizes of the crater on the nucleus of comet 9P/Tempel 1. 2005 ;21(1):49-52.
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.
1Kryshtal AN, 1Gerasimenko SV, 1Voitsekhovska AD, 2Cheremnykh OK. On one type of three-wave interaction of low-frequency waves in magnetoactive plasma of the solar atmosphere. Russian. 2014 ;30(3):58-70.
Kryshtal ON. To the nonlinear interaction of low-frequency kinetic plasma waves in the pre-flare atmosphere of solar active region. Ukrainian. 2022 ;38(3):47-64.
1Kryshtal AN, 1Voitsekhovska AD, 1Gerasimenko SV, 2Sidorenko MV. On the possibility of the development of longitudinal wave instabilities on the background of the small-scale Bernstein turbulence in preflare chromosphere of a solar active region. Russian. 2014 ;30(5):39-55.
1Kryshtal AN, 1Voitsekhovska AD, 1Gerasimenko SV, 2Cheremnykh OK. Influence of small-scale Bernstein turbulence on the low-frequency plasma waves in the solar chromosphere. Russian. 2017 ;33(4):3-28.
1Kryuchkov YI, 1Cheremnykh OK, 1Fedorenko AK. The features of acoustic-gravity waves in the polar regions of the Earth’s thermosphere. Russian. 2017 ;33(3):41-53.
Kryuchkov EI, 1Zhuk IT, 1Cheremnykh OK. Two-frequency acoustic-gravitational waves, simulation of satellite measurements. Ukrainian. 2020 ;36(6):22-36.
Kryvdyk VG. The acceleration of charged particles in the magnetosphere of a collapsing star and their nonthermal electromagnetic radiation. 2009 ;25(6):415-451.
1Kryvodubskyj VN. Electrical conductivity and magnetic permeability of magnetohydrodynamic turbulent plasma of the Sun. 2024 ;40(3):53-70.

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