Development of firehose instability of magnetosonic type in the presence of high-speed proton beams

¹Malovichko PP, ¹Kyzyurov YV. Development of firehose instability of magnetosonic type in the presence of high-speed proton beams. Ukrainian. 2020 ;36(3):21-46.

The cosmic ray distribution function on the initial stage of the solar proton event

¹Fedorov YI. The cosmic ray distribution function on the initial stage of the solar proton event. Ukrainian. 2020 ;36(3):3-20.

The cone of acceptance and magnetic rigidity cutoff of galactic cosmic ray particles for different models of the International geomagnetic reference field from 1965-2015 in the Deblin airport, Poland

¹Wozniak W, ²Iskra K, ³Siluszyk M, ³Modzelewska R, ⁴Wolinski P, ²Seredyn T, ²Zienkiewicz T. The cone of acceptance and magnetic rigidity cutoff of galactic cosmic ray particles for different models of the International geomagnetic reference field from 1965-2015 in the Deblin airport, Poland. Ukrainian. 2020 ;36(1):85-96.

Solar cosmic ray distribution function under prolonged particle injection

¹Fedorov YI. Solar cosmic ray distribution function under prolonged particle injection. Russian. 2019 ;35(5):3-24.

Kinetic propagation of charged particles in the magnetic field under various directions of their injection

¹Shakhov BA, ¹Fedorov YI, ¹Kolesnyk YL. Kinetic propagation of charged particles in the magnetic field under various directions of their injection. Russian. 2019 ;35(4):3-20.

Large-scale structure of solar wind beyond Earth’s orbit reconstructed by using data of two-site interplanetary scintillation observations at decameter radio waves

¹Kalinichenko NN, ¹Olyak MR, ¹Konovalenko AA, ²Brazhenko AI, ¹Kuhai NV, ¹Romanchuk AI. Large-scale structure of solar wind beyond Earth’s orbit reconstructed by using data of two-site interplanetary scintillation observations at decameter radio waves. Ukrainian. 2019 ;35(1):27-41.

Cosmic ray distribution function under anisotropic particle scattering on magnetic field fluctuations

¹Fedorov YI. Cosmic ray distribution function under anisotropic particle scattering on magnetic field fluctuations. Russian. 2019 ;35(1):3-26.

Some properties of dispersive Alfven waves. 1. Kinetics (very-low-, intermediate- and low-pressure plasma)

¹Malovichko PP. Some properties of dispersive Alfven waves. 1. Kinetics (very-low-, intermediate- and low-pressure plasma). Russian. 2013 ;29(6):20-44.

Some peculiarities of VLF wave propagation in the inner magnetosphere of the Earth

¹Mendzhul DI, ²Agapitov OV, ¹Cheremnykh OK. Some peculiarities of VLF wave propagation in the inner magnetosphere of the Earth. Ukrainian. 2013 ;29(3):3-20.

Statistical acceleration and spatial diffusion of cosmic rays in the turbulent medium

¹Fedorov YI, ¹Shakhov BA, ²Stehlik M. Statistical acceleration and spatial diffusion of cosmic rays in the turbulent medium. Russian. 2013 ;29(1):3-25.

Pages