¹Kolodyazhnyi VV, ²Lyashenko MV, ³Emelyanov LYa., ¹Dzyubanov DA. Modelling of spatial temporal variations of dynamic and thermal process parameters in geospace over Ukraine during the minimum of 24th cycle of solar activity (2009, 2019). Space Science and Technology. 2022 ;22(6):06-06.

¹Fedorenko AK, ¹Kryuchkov EI, ¹Cheremnykh OK, ¹Zhuk IT. Wave disturbances of the atmosphere in a spatially inhomogeneous flow. Space Science and Technology. 2022 ;28(6):03-03.

¹Lizunov GV, ²Korepanov VE, ²Lukenyuk AA, ¹Piankova OV, ¹Fedorov OP. Space project "IONOSAT – MICRO": readiness for implementation. Space Science and Technology. 2022 ;28(6):01-01.

¹Zakharov IG, ¹Chernogor LF. Global and local effects of seismic activity in the ionosphere. Space Science and Technology. 2022 ;28(6):02-02.

¹Luo Y, ¹Chernogor LF, ¹Zhdanko Ye.H. Ionospheric effects from rocket launches against the background of geospace storms. Space Science and Technology. 2022 ;28(3):05-05.

¹Baranets NV, ¹Ruzhin Yu.Ya., ²Vojta J. Wave-particle interaction during electron beam-modulated injection into the ionospheric plasma. Theory and experiment. Space Science and Technology. 2021 ;27(6):016-037.

¹Zakharov IG, ¹Chernogor LF. The global seismic activity influence on process in atmosphere and ionosphere. Space Science and Technology. 2021 ;27(5):019-034.

¹Luo Y, ²Guo Q, ³Zheng Y, ¹Garmash KP, ¹Chernogor LF, ¹Shulga SN. Geospace storm effects on August 5—6, 2019. Space Science and Technology. 2021 ;27(2):45-69.

¹Vlasov DI, ¹Parnowski AS. Prediction of local geomagnetic activity on the example of data of “Lviv” Magnetic Observatory. Space Science and Technology. 2021 ;27(1):78-84.

¹Chernogor LF. Physics of geospace storms. Space Science and Technology. 2021 ;27(1):03-77.