Radio Science, Volume 9, Issue 6American Geophysical Union, 1974 - Radio meteorology |
Contents
Mesospheric positive ion concentrations mobilities and loss rates obtained from rocketborne Gerdien | 575 |
A waveoptical field solution for a line source over nonparallel stratified earth James R Wait | 593 |
Effects of multiple scattering on scintillation of transionospheric radio signals C H Liu A W Wernik | 599 |
Copyright | |
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ALTITUDE km angle appendix applied potential approximately ascent Atmos behavior Black Brant rocket bow shock charge densities cm³ computation constant correlation function current-voltage characteristic curve cylinder D region dependence derived descent deviation driving electrode edge effect electric field electrode equation exp jwt experimental expression Far-field waveform finite flights flow frequency Gaussian Geophys Gerdien condenser gradient H₂O ionospheric late-time line integral linear antenna Mach measurements medium method mobility nsec NUMERICAL SOLUTION observed AOA obtained outer electrode P(Te parameter Phys Positive ion profile prediction model probe propagation path radiated waveform radiation field Radio Sci random ray theory solutions recombination refraction region resistively loaded rocket saddle-point method saturated current saturation voltage scintillation index screen shown in Figure singularities slab slice source and target sunrise sunrise period supersonic Tatarski thickness tion values velocity water cluster Wedge geometry Widdel