Ground Based Support of the Space Mission Parker Performed with Ukrainian Low Frequency Radio Telescopes
Vladimir Dorovskyy, Valentin Melnik, Anatolii Brazhenko

TL;DR
This paper demonstrates how large Ukrainian decameter radio telescopes can effectively support the PSP space mission by performing joint observations and cross calibration of onboard radio receivers, enhancing solar corona diagnostics.
Contribution
It introduces a method for joint space-terrestrial radio observations and demonstrates cross calibration of PSP radio receivers using Ukrainian ground-based telescopes.
Findings
Successful joint observations of solar radio bursts in 0.5-32 MHz
Effective cross calibration of PSP radio receivers using ground data
Validation of ground-based support for space mission diagnostics
Abstract
The purpose of this work is to demonstrate the effectiveness of ground-based support for space missions, primarily PSP, using large Ukrainian decameter radio telescopes. Another goal of the work is to carry out cross calibration of the radiometers onboard spacecraft using the calibrated data of the ground-based radio telescopes. One of the most common methods of remote diagnostics of the solar corona is the study of radio emission, the sources of which are located in the solar corona at different heliocentric altitudes. The technique of joint space terrestrial observations consists in the simultaneous observation of individual events and their analysis in the widest possible frequency band during the maximum approach of the PSP vehicle to the Sun. At the same time, observation in the common frequency band is proposed to be used for calibration of the onboard radio receivers. The methods…
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