The acceleration of charged particles in the magnetosphere of a collapsing star and their nonthermal electromagnetic radiation

Kryvdyk VG. The acceleration of charged particles in the magnetosphere of a collapsing star and their nonthermal electromagnetic radiation. 2009 ;25(6):415-451.

Galactic cosmic ray distribution in the simplest model of termination shock near the boundary of heliosphere

¹Kolesnyk YL, ¹Shakhov BA. Galactic cosmic ray distribution in the simplest model of termination shock near the boundary of heliosphere. 2009 ;25(4):307-315.

On the influence of solar wind turbulent flows on decameter wavelength scintillations

¹Olyak MR. On the influence of solar wind turbulent flows on decameter wavelength scintillations. 2009 ;25(4):297-306.

Physical effects from the Yushu meteoroid. 3

¹Chernogor LF. Physical effects from the Yushu meteoroid. 3. 2023 ;39(3):25-52.

Physical effects from the Yushu meteoroid. 2

¹Chernogor LF. Physical effects from the Yushu meteoroid. 2. 2023 ;39(3):3-24.

Variations in the parameters of the middle-latitude ionosphere over Ukraine during the very moderate magnetic storm on December 18, 2019

Katsko SV, Emelyanov LY. Variations in the parameters of the middle-latitude ionosphere over Ukraine during the very moderate magnetic storm on December 18, 2019. Ukrainian. 2023 ;39(2):16-33.

Ionospheric effects of the Kamchatka meteoroid: GPS observations

Luo Y, ¹Chernogor LF. Ionospheric effects of the Kamchatka meteoroid: GPS observations. Ukrainian. 2023 ;39(2):3-15.

Variation of the H component of geomagnetic field: relationship to the ring and field aligned currents

Gautam S, Saurav SKhadka, Adhikari B, Sapkota S, Poudel PRam, Mishra RKumar, Shrestha CKumar. Variation of the H component of geomagnetic field: relationship to the ring and field aligned currents. 2023 ;39(1):17-36.

Resonance electromagnetic effect of the Kamchatka meteoroid

Luo Y, ¹Chernogor LF. Resonance electromagnetic effect of the Kamchatka meteoroid. 2023 ;39(1):3-16.

The asymptotic directions of approach and the magnetic rigidity cutoff of cosmic ray particles for airports at different latitudes and longitudes

¹Wozniak W, ²Iskra K, ³Siluszyk M. The asymptotic directions of approach and the magnetic rigidity cutoff of cosmic ray particles for airports at different latitudes and longitudes. Ukrainian. 2022 ;38(6):25-42.

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