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¹Shuvalov VA, ¹Gorev NB, ¹Kochubei GS, ²Levkovych OO. On the space-time localization of incipient earthquakes by diagmostics of disturbances in the ionospheric plasma using a space probe. Space Science and Technology. 2024 ;30(6):36-51.

¹Kozak PM. Modeling of influence of meteor showers onto formation of space origin aerosol altitudinal density profiles in upper atmosphere. Space Science and Technology. 2024 ;30(5):36-53.

¹Chernogor LF. Statistical characteristics of the geophysical fields disturbed by weather fronts. Space Science and Technology. 2024 ;30(3):80-94.

¹Chernogor LF, ¹Shevelev MB. A statistical study of the explosive waves launched by the Tonga super-volcano on January 15, 2022. Space Science and Technology. 2024 ;30(1):66-79.

¹Kolodyazhnyi VV, ²Lyashenko MV, ²Emelyanov LYa., ³Dziubanov DA. Modelling of spatial temporal variations of physical process parameters in the ionospheric plasma over Ukraine during the maximum [hase of the 24-th solar activity cycle (2012-2015). Space Science and Technology. 2024 ;30(1):44-65.

¹Chernogor LF. Global variations in the geomagnetic field caused by the explosion of the Tonga volcano on January 15, 2022. Space Science and Technology. 2023 ;29(4):078-105.

¹Kryshtal AN, ¹Voitsekhovska AD, ²Cheremnykh OK, ²Cheremnykh SO. About one property of the dispersion equation for latitudinal acoustic-gravitational waves. Space Science and Technology. 2023 ;29(4):067-077.

¹Chernogor LF. Ionospheric total electron content variations caused by the Tonga volcano explosion of January 15, 2022. Space Science and Technology. 2023 ;29(3):67-87.

¹Chernogor LF. Physical effects of the January 15, 2022, powerful Tonga volcano explosion in the Earth-atmosphere-ionosphere-magnitosphere system. Space Science and Technology. 2023 ;29(2):54-77.