Geophysics research on ISS Russian Segment
|| Generation of computer-aided data bases on the recorded catastrophic events. Preliminary working out decoding criteria for
downlinked images of catastrophes along with their classification.
|| Investigation of optical phenomena in atmosphere occurring during re-entry of bodies into rarefied upper atmosphere.
|| Investigation of lightning discharges in the Earth's atmosphere and lower ionosphere.
||Monitoring seismic effects of high-energy particle bursts in near-Earth space.
||Modification of ionosphere by pulsed plasma sources.
||Investigation of reflecting characteristics of spacecraft plasma environment with the onboard thrusters operating by the ground observation facility.
||Study of plasma environment on the ISS external surface by optical radiation characteristics.
||Testing of uplink space radio probing method to support preparation of plasma experiment Ten’ on the ISS RS.
||Investigation of the atmospheric gamma-ray bursts and optical radiation in conditions of the thunderstorm activity.
||Investigation of physical processes during the atmospheric lightning discharges based on microsatellite (MS) Chibis-M using
Progress cargo transport vehicle (CTV).
||Study of reflecting characteristics of plasma nonuniformities by the ground observation equipment, generated in the ionosphere
during the onboard engine operation of Progress cargo transport vehicle.
||Study in ISS near-surface zone of plasma-wave processes during superlarge spacecraft and ionosphere interaction.