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.

Statistical analysis of plasma turbulence on the basis of satellite measurements of magnetic field

¹Kozak LV, Lui AT. Statistical analysis of plasma turbulence on the basis of satellite measurements of magnetic field. Russian. 2008 ;24(4):299-307.

The α-effect and proton acceleration in the solar wind

¹Shakhov BA, ²Stehlik M. The α-effect and proton acceleration in the solar wind. 2008 ;24(1):28-34.

Physical effects from the Kyiv meteoroid. 2.

¹Chernogor LF. Physical effects from the Kyiv meteoroid. 2. Ukrainian. 2023 ;39(6):24-35.

Splitting of the wave disturbance spectrum in the isothermal atmosphere due to its rotation

¹Cheremnykh OK, ¹Fedorenko AK, Cheremnykh OS, ²Kronberg EA. Splitting of the wave disturbance spectrum in the isothermal atmosphere due to its rotation. Ukrainian. 2023 ;39(6):3-23.

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