SEPARATION OF INTERPLANETARY AND IONOSPHERIC SCINTILLATIONS OF COSMIC SOURCES AT DECAMETER WAVELENGTHS
Abstract
The influence of Earth’s ionosphere on statistic characteristics
of compact space sources scintillations (cross-correlation
function of scintillations at two frequencies, cross-correlation
function of scintillations at two radio telescopes, power spectrum
of scintillations, probability density function of scintillations)
has been experimentally estimated at decameter wavelength.
A new method for selection of interplanetary scintillations
from experimental data obtained with the URAN system
radio telescopes has been developed.
of compact space sources scintillations (cross-correlation
function of scintillations at two frequencies, cross-correlation
function of scintillations at two radio telescopes, power spectrum
of scintillations, probability density function of scintillations)
has been experimentally estimated at decameter wavelength.
A new method for selection of interplanetary scintillations
from experimental data obtained with the URAN system
radio telescopes has been developed.
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PDFReferences
Калиниченко Н.Н., Фалькович И.С., Коноваленко А.А., Браженко А.И. Разделение межпланетных и ионосферных мерцаний космических источников в декаметровом диапазоне радиоволн / Н.Н. Калиниченко, И.С. Фалькович, А.А. Коноваленко, А.И. Браженко // Радиофизика и радиоастрономия. — 2013. — Т. 18, № 3. — С. 210-219.
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