The results of observations of the critical frequency (fo F2), ionospheric F2 peak electron
density (N m F2) and peak height (hm F2) of the ionosphere over Kharkiv (Ukraine, 49.6° N …

Incoherent scatter radar observation results of the geospace response to the partial solar
eclipse (SE) of January 4, 2011 (magnitude 0.78) above Kharkiv are described. The …

Results are presented concerning incoherent scattering radar observations of the dynamic
processes occurred at altitudes close to the F-region maximum and in the topside …

Research on solar eclipses has been a very importance in detecting short and medium-
scale changes in the ionosphere. In this paper, the relationship between the changes in self …

This paper describes the stages of the development of IS radars, the formation and
development of the Institute of Ionosphere of the National Academy of Sciences of Ukraine …

The results of incoherent scatter radar observations of dynamic processes at altitudes close
to the F-region maximum and in the topside ionosphere, which were caused by the partial …

The Sun is the most effective factor in determining all processes in the ionosphere. For this
reason, examining the effect of solar eclipses on the earth ionosphere provides a very …

The sun is the most effective parameter in determining all processes in the ionosphere. For
this reason, examining the effect of solar eclipses on the earth ionosphere provides a very …

Приведены результаты наблюдений с помощью радара некогерентного рассеяния за
динамическими процессами на высотах вблизи максимума ионизации области F и во …

The results of observations of the motion of the ionospheric plasma over Ukraine during the
partial (up to 37.8% of the Sun's area) solar eclipse on September 1, 2016, which occurred …