Variations of the geomagnetic field that accompanied the fall of the Kyiv meteoroid 1Chernogor LF, 1Shevelev MB, Tilichenko NM. Variations of the geomagnetic field that accompanied the fall of the Kyiv meteoroid. 2024 ;40(3):26-52.
Geomagnetic effect of the October 25, 2022 solar eclipse in the Eurasian region 1Chernogor LF, Holub MY. Geomagnetic effect of the October 25, 2022 solar eclipse in the Eurasian region. 2024 ;40(3):3-25.
Features of ionospheric effects of the solar eclipse on Оctober 25, 2022, in the morning 1Chernogor LF. Features of ionospheric effects of the solar eclipse on Оctober 25, 2022, in the morning. 2024 ;40(2):37-53.
The galactic cosmic ray propagation in the heliosphere during solar activity minimum Fedorov YI. The galactic cosmic ray propagation in the heliosphere during solar activity minimum. 2024 ;40(2):17-36.
Analysis of forbidden zones in the spectrum of acoustic-gravity waves of an isothermal atmosphere Klymenko YO, 1Fedorenko AK, Kryuchkov EI, Melnychuk SV, 1Zhuk IT. Analysis of forbidden zones in the spectrum of acoustic-gravity waves of an isothermal atmosphere. 2024 ;40(2):3-16.
Physical effects of Kyiv meteoroid. 3 1Chernogor LF. Physical effects of Kyiv meteoroid. 3. 2024 ;40(1):38-64.
Propagation of AGWs in inhomogeneous wind flows of the polar atmosphere 1Fedorenko AK, Kryuchkov EI, 1Cheremnykh OK, Melnychuk SV. Propagation of AGWs in inhomogeneous wind flows of the polar atmosphere. 2024 ;40(1):24-37.
Development of models of acoustic-gravity waves in the upper atmosphere (overview) 1Cheremnykh OK, 1Fedorenko AK, Kryuchkov EI, Klymenko YO, 1Zhuk IT. Development of models of acoustic-gravity waves in the upper atmosphere (overview). 2024 ;40(1):3-23.
The investigation of relative content of one-fold neutrons in the incident flux of cosmic rays from neutron monitor data Ivanov NA. The investigation of relative content of one-fold neutrons in the incident flux of cosmic rays from neutron monitor data. Russian. 2008 ;24(6):441-445.
Galactic cosmic ray propagation in heliosphere depending on the scattering properties of turbulent interplanetary magnetic field 1Shakhov BA, 1Kolesnyk YL. Galactic cosmic ray propagation in heliosphere depending on the scattering properties of turbulent interplanetary magnetic field. Russian. 2008 ;24(6):426-440.