The spontaneous magnetic field direction in an anisotropic MHD dynamo 1Shakhov BA, Jurcisin M, Jurcisinova E, 2Stehlik M. The spontaneous magnetic field direction in an anisotropic MHD dynamo. English. 2012 ;28(5):27-36.
The influence of the Moon on the Earth's magnetosphere at various phases of a solar activity cycle 1Akimov LA, Dyatel NP. The influence of the Moon on the Earth's magnetosphere at various phases of a solar activity cycle. Russian. 2012 ;28(1):65-71.
Cosmic ray streaming in the diffusion approximation 1Fedorov YI. Cosmic ray streaming in the diffusion approximation. Ukrainian. 2021 ;37(3):3-23.
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.