The heliospheric ambipolar potential inferred from sunward-propagating halo electrons
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Synoptic meteorology - wind circulation and atmospheric pressure in upper atmosphere
Synoptic rocket grenade experiments and meteorological rocket network soundings related to conventional circulation systems in upper stratosphere and mesosphere
Plasma current sheet permeability in coaxial accelerator determined from magnetic and electric field measurements
Circulation system movement at various stratospheric and mesospheric levels based on rocket-grenade experiments
Considerable data on various parameters of a satellite and its launching vehicle can be obtained from the received-signal-strength records at the various satellite receiver stations. The doppler shifts of the satellite can be used to determine the orbital characteristics quite accurately. (Ref. 1 discusses the rapid determination of these parameters.) Information concerning the velocity increment and direction of each stage can be obtained if doppler data are received by several stations during the high-speed staging. The variations in signal strength during launch can be used to find the spin rate of the satellite before, during, and after staging, and to find variations in attitude, including precession, during launch. With spin and precession frequencies available, any changes in the ratios of moments of inertia can be determined. In this paper the launchings of the Explorer satellites will be used as a basis for the generalized conclusions concerning utilization of radio-signal-strength records. The discussion includes a description of the Explorer launching system.
Meteor masses and distributions calculated from photographs
Characteristics of relativistic electron precipitation events in and near auroral zone during day and night
Probability distribution functions for carbon dioxide, and line spectra model