Determination of exospheric electron content from group delay and Faraday rotation observations of geostationary satellite signals.
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Dubroff, R. E.↗
Engineering topics
Narayana Rao, N.
Publications and source records attributed to Narayana Rao, N..
Acoustic waves in the ionosphere.
Acoustic waves in ionosphere relation to electron content fluctuations detected from beacon satellite BE-B signals
Klobuchar, J. A.↗
Direction of arrival of HF radio waves deduced from ionospheric electron content gradients.
Ionospheric electron content gradients from Faraday rotation observations of radio beacon satellites for direction finding of HF radio waves
Narayana Rao, N.↗
Comparison of ionospheric electron content observations at different stations.
Ionospheric electron content variations at widely spaced stations obtained from overlapping satellite passages using Faraday and Doppler differentiation
Klobuchar, J. A.↗
Large-scale ionospheric irregularities deduced from Faraday rotation observations at three stations.
Traveling ionospheric disturbances found responsible for irregular variations in electron content using Faraday rotation observations at stations situated by triangulation
Narayana Rao, N.↗
Ionospheric electron content and irregularities deduced from BE-C satellite transmissions.
Ionospheric electron content variation across sunrise and sunset lines deduced from radio-beacon satellite transmissions
IONOSPHERIC IRREGULARITY↗
Total ionospheric electron content at Houghton, Michigan.
Omicron I satellite measurements of total ionospheric electron content, comparing values at Houghton, Michigan, with others for different latitudes
IONOSPHERIC ELECTRON DENSITY↗