FIELD: astronomy.
SUBSTANCE: disclosed is a method of detecting strong solar flares based on a complex which combines a network of receiving devices for automatic monitoring of solar radio flux, and criteria of intensity of flow and energy of solar radio bursts at selected wavelengths with regular correction by events, use of calibrations of recorded characteristics and validation of criteria of strong flashes. Into composition of a complex for recording intensity and energy of solar radio bursts there is at least one set of antenna and radio receivers connected to a unit for analyzing and calibrating recorded signals based on a processor with an information display device (operator's computer), with points of solar flare radio emission detection, Center of information collection and processing, electronic archives of heliogeophysical data.
EFFECT: invention increases reliability and efficiency of detecting strong solar flares using relatively cheap ground-based radio devices.
2 cl, 8 dwg
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Authors
Dates
2020-03-03—Published
2019-04-12—Filed