Abstract
A method is described for analyzing dispersion records from long-range missiles in terms of equivalent electron-density and electron-content profiles above a fixed location. This method takes account of varying horizontal gradients in electron density and the varying local zenith angle of the ray path as a function of range time and height in the ionosphere. Refraction has been considered for both Faraday rotation and range-error measurements, and correction factors are included in the program. Comparisons made between Faraday rotation and range-error measurements and between Faraday rotation measurements at two locations demonstrated the validity of the reduction techniques.
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