The results of Ionosonde data over Kamchatka during the emergence of D-layer at night are discussed. At the same time, the spectra of the night sky are represented at this period using a spectrum analyzer installed on Lidar Station of IKIR FEB RAS
Extremely weak lidar reflections in the thermosphere, which correlate with ionosonde data, were dete...
International audienceThe Haute-Provence Observatory (44° N, 6°E)lidar facility has been extended to...
The Dayglow photometer which monitors the O(D) 630.0 nm thermospheric airglow emission, has been con...
The paper presents the results of a lidar study of the atmosphere in the altitude region of 25-400 k...
The results of two-frequency lidar sounding of the atmosphere from the altitudes of 100-500 km are p...
The lidar data of the resonant scattering in the upper and middle Kamchatka atmosphere are analyzed....
Abstract — A collaborative study of lower atmospheric layers are being carried at the Yakutsk comple...
The research studied the comparison of the night air temperatures and the atomic oxygen airglow inte...
The ionosphere can be studied in a variety of ways – observation, modeling, and the simulation of io...
In the mesosphere and lower thermosphere (MLT) region, atomic oxygen and hydrogen are the most abund...
The creation of pulse dye lasers tuned to resonant line of meteor produced admixtures of atmospheric...
An analysis of the Kamchatka lidar station data obtained in January-February 2021 is presented. Pron...
The paper presents the results of investigation of cyclone impact on ionosphere parameters. Ionosphe...
onomy of the thermosphere not only require knowledge of the ions present, but also of the relative p...
The paper presents the results of investigation of cyclone possible effect on ionosphere parameters....
Extremely weak lidar reflections in the thermosphere, which correlate with ionosonde data, were dete...
International audienceThe Haute-Provence Observatory (44° N, 6°E)lidar facility has been extended to...
The Dayglow photometer which monitors the O(D) 630.0 nm thermospheric airglow emission, has been con...
The paper presents the results of a lidar study of the atmosphere in the altitude region of 25-400 k...
The results of two-frequency lidar sounding of the atmosphere from the altitudes of 100-500 km are p...
The lidar data of the resonant scattering in the upper and middle Kamchatka atmosphere are analyzed....
Abstract — A collaborative study of lower atmospheric layers are being carried at the Yakutsk comple...
The research studied the comparison of the night air temperatures and the atomic oxygen airglow inte...
The ionosphere can be studied in a variety of ways – observation, modeling, and the simulation of io...
In the mesosphere and lower thermosphere (MLT) region, atomic oxygen and hydrogen are the most abund...
The creation of pulse dye lasers tuned to resonant line of meteor produced admixtures of atmospheric...
An analysis of the Kamchatka lidar station data obtained in January-February 2021 is presented. Pron...
The paper presents the results of investigation of cyclone impact on ionosphere parameters. Ionosphe...
onomy of the thermosphere not only require knowledge of the ions present, but also of the relative p...
The paper presents the results of investigation of cyclone possible effect on ionosphere parameters....
Extremely weak lidar reflections in the thermosphere, which correlate with ionosonde data, were dete...
International audienceThe Haute-Provence Observatory (44° N, 6°E)lidar facility has been extended to...
The Dayglow photometer which monitors the O(D) 630.0 nm thermospheric airglow emission, has been con...
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