Dependence between energy spectrum of protons and maximum spectral frequency of solar microwave bursts.

Details Dependence between energy spectrum of protons and maximum spectral frequency of solar microwave bursts. Dependence between energy spectrum of protons and maximum spectral frequency of solar microwave bursts.

Nov 1989

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1989bsold..11...85c&link_type=abstract

Byulletin Solnechnye Dannye Akademie Nauk USSR, No. 1989/11, p. 85 - 90

Physics

1

Solar Microwave Bursts: Protons, Solar Cosmic Rays: Predictions

Scientific paper

It is shown by data for 1966 - 1986 that a specific dependence takes place between the power index γ of the proton energy spectrum in the range of tens of MeV near the Earth and the frequency f at which the flux density of centimetre bursts has the maximum. This relationship of the spectra agrees qualitatively with the model of the formation of the proton spectrum in coronal magnetic traps in a process of the interaction with the small-scale turbulence. Based on the discovered dependence the heliolongitude function describing the softening of the proton spectrum from east flares is determined. It is demonstrated that the parameter fm may be used for the short-term prediction of the proton spectral index by radio data.

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