THE STUDIES OF MAGNETOSPHERIC ELECTRONS PRECIPITATION

Monitoring of relativistic electron fluxes in the near-Earth space.
Development of the methods for studying of relativistic electrons of fluxes in the regions of precipitation.
Studies of the fluxes and spectra of high-energy electrons of the outer radiation belt of the Earth.
Studies of the fluxes and spectra of high-energy electrons in the region of the South-Atlantic Anomaly (inner radiation belt).
Studies of the fluxes and spectra of high-energy electrons in the low-latitudinal regions (at small L).
Development of the methods for the studies of the acceleration mechanisms according to measured spectral, angular and spatial characteristic electron flux.
Monitoring of the flux of protons with energy from several MeV up to several dozens MeV in the near-Earth space.
Studies of the fluxes and spectra of electrons and protons of the solar flares according to the polar regions.
Global variations of charged particles fluxes in the near-Earth space.

STUDIES OF THE MAGNETOWAVE PHENOMENA IN THE NEAR-EARTH SPACE

Studies of the variations of the electric and magnetic fields directly in the ionosphere at different helio- and geomagnetic conditions.
Studies of VLF electromagnetic radiation generated during the main phase of the lightning discharge.
Studies of interrelation of the electromagnetic phenomena within ELF-VLF-HF bands in the different regions of the near-Earth space.
Space weather monitoring in order to develop the methods for its prediction and variations analysis.

STUDIES OF TRANSIENT PHENOMENA IN THE EARTH’S ATMOSPHERE

Studies of time and spectral parameters of the bursts of hard X-rays and gamma-emission.
Studies of time and spatial characteristics of atmospheric bursts of UV and red fluxes.
Studies of the dynamics of atmospheric UV, hard X-rau and gamma-emission fluxes.
Studies of time, spectral and spatial characteristics of atmospheric optical glow in the region of high-altitude electromagnetic discharges.
Simultaneous measurements of radio, optical, UV, X-ray and gamma-radiation of high-altitude electromagnetic discharges.
Dynamics of electromagnetic energy accumulation, studies of distribution over the spectrum at different spatial scales (1-100 m), dissipation and propagation from the lightning cloud.
Studies of altitudinal distribution of discharges cloud - the Earths surface and cloud-cloud.
Studies of the electromagnetic radiation background within ELF-VLF-HFbands.
Studies of the mechanisms of generation and propagation of high-energy processes caused by high-altitude lightnings and transient phenomena, by means of ionospheric responses (effects).