ISTP SB RAS DECAMETER RADARS
Journal Title: Solar-Terrestrial Physics - Year 2020, Vol 6, Issue 2
Abstract
Under the project National Heliogeophysical Complex of the Russian Academy of Sciences, it is planned to create several coherent decameter radars. ISTP SB RAS developed a network of coherent decameter radars well before the start of financing this project. This has provided extensive experience in operating such radars, has enabled us to identify their technological problems, which should be solved when creating radars of own design, and to develop a project of radars with broader capabilities for diagnostics of the ionosphere as compared to existing radars of similar types. The paper analyzes the existing EKB ISTP SB RAS radar, reviews its technological problems, and proposes the structure of a new radar of SECIRA type. We report the results of prototyping of elements of the SECIRA radar, which demonstrate the possibility of its implementation. We discuss the potential applicability of the radar to ionospheric studies on the territory of the Russian Federation, in particular in high-latitude regions.
Authors and Affiliations
Berngardt O. I. , Kurkin V. I. , Kushnarev D. S. , Grkovich K. V. , Fedorov R. R. , Orlov A. I. , Kharchenko V. V.
Keywords
Related Articles
- EP ID EP700064
- DOI 10.12737/stp-62202006
- Views 124
- Downloads 0
METHOD OF AUTOMATIC CORRECTION OF NEUTRON MONITOR DATA FOR PRECIPITATION IN THE FORM OF SNOW IN REAL TIME
We have carried out an experimental study of the influence of precipitation in the form of snow on measurements of the neutron flux intensity near Earth's surface. We have examined the state of the snow cover and its den...
Observation at radio frequencies of the hydroxyl (OH) absorption line in filaments and prominences above active regions of the Sun
When observing the Sun with RATAN-600 radio telescope using a spectropolarimetric complex in the range 1–3 GHz, as well as when observing coronal rain, absorption in the radio emission was discovered in the spectral regi...
SCALE SEQUENTIALLY CLEAN FOR MINGANTU SPECTRAL RADIOHELIOGRAPH
MingantU SpEctral Radioheliograph (MUSER) is a solar-dedicated radio heliograph, adopting aperture synthesis technique to image the Sun in the frequency range of 0.4 GHz to 15 GHz. MUSER has extremely high spatial resolu...
EFFECT OF THE SUN ON EARTHʼS SEISMICITY
For the experimental study of the relationship between earthquakes and solar activity, we introduce the idea of the statistical sum Z of earthquake ensemble. A number of numerical parameters of seismicity (average planet...
BEHAVIOR OF ELECTRON DENSITY IN THE IONOSPHERE OVER NORILSK DURING THE PERIOD OF DECLINING SOLAR ACTIVITY
We report the results of approximation of electron density Ne array obtained with a digisonde at the high-latitude station Norilsk (69.40° N, 88.10° E) during years of declining solar activity (2003–2006). The calculatio...