... BD1-BD4 and BA of the "Universitetskiy" satellite and BD1-BD3 of the "Kompas-2"); detectors registering UV-emission within te range of 300-400 nm wavelength (DUV); inforamtion units, which record and transmit the scientific information from the detecting ...
... Using ROCSAT-1 data we demonstrate that 1) at sunlit hemisphere the ion density at altitudes of ~600 km increases up to ~80% in response to flare-associated enhancements of the solar X-ray emission. ...
... measure the variations of electron and ion concentrations, electron and ion temperatures, HF radiospectrometer to determine the local plasma parameters from the spectra of natural HF emissions, and energetic particle detectors for different energy bands ...
... The purpose of the exercise is to introduce the students to the structure of the interplanetary magnetic field, heliosphere, spreading of the solar wind and flare emissions of the solar matter. ...
... at altitudes of 600 km increases up to 80% in response to are-associated enhancements of the solar X-ray emission; · ionospheric response to the SEP events is revealed both at sunlit and nightside hemispheres, where the ion density increases up to 40% and ...