Geophysical research
Geophysical research in high magnetic fields and upper atmospheric physics, and study of relation between dust and rainfall
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Geophysical research in high magnetic fields and upper atmospheric physics, and study of relation between dust and rainfall
Convective instability phenomena in geophysics and aeronomy
Survey and comparative analysis of current geophysical models
Random vibration response data for orbiting geophysical observatory - comparative analysis of flight, acoustic, and vibration tests
Satellite-derived gravitational data related to anomalous surface gravity field and other geophysical parameters of Solomon Islands area
Performance test summary and hardware reliability for orbiting geophysical observatories
Geophysical and geotechnical methods for lunar landing site soil property studies
Earth models consistent with geophysical data using Monte Carlo method
Geophysical experiments for manned portion of future lunar roving vehicle missions
Sonde measurement of ozone in mesosphere and stratosphere during two significant geophysical events
This design survey summarizes the history of the Orbiting Geophysical Observatories' (OGO) Attitude Control Subsystem (ACS) from the proposal phase through current flight experience. Problems encountered in design, fabrication, test, and on orbit are discussed. It is hoped that the experiences of the OGO program related here will aid future designers.
Laser ranging systems used with retroreflecting satellites in geodetic and geophysical applications
Crystal-chemical and geophysical implications concerning earth mantle phase transitions from beta magnesium silicate crystal structure
Apollo 11 lunar sample elastic wave velocities at high pressures, examining P and S waves, Q value and geophysical implications
Geophysical cartesian coordinate system transformation, using vector-matrix formalism
Summary of reduced data from the polar Orbiting Geophysical Observatories OGO 2 and 4, spanning the time period from Oct. 14, 1965 to the end of 1967. A brief discussion of the accuracy of the observations is followed by a description of the data extent. It is shown that the quantity of data acquired by the OGO magnetometers far exceeds the total for all other magnetic survey sources. Data acquisition for only about a two-week interval gives virtually complete global coverage. Procedures and considerations underlying the data analysis performed are discussed. Suggestions for further work are presented.
An electron spectrometer instrument for the Orbiting Geophysical Observatories program (OGO 6) was built. The data reduction and analysis of the experiment data are discussed.
ERTS-1 imagery of geological, geophysical, hydrologic, oceanographic, and agricultural phenomena of Iceland