Study of 30 km to 200 km meteorological rocket sounding systems. Volume 2 - Recent advancements
Sensor, decelerator, telemetry and rocket vehicle technological developments for 30 km to 200 km meteorological rocket sounding systems
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Sensor, decelerator, telemetry and rocket vehicle technological developments for 30 km to 200 km meteorological rocket sounding systems
Wind and temperature sensors installed on NSSL-WKY /Oklahoma City/ meteorological tower to evaluate roughness lengths
Meteorological observations required for computer models describing weather modification experiments
Mesoscale meteorological structure during radar CAT detection at Wallops Island during January-March 1968 and 1969
Kennedy Space Center Meteorological Tower Facility, describing equipment and data acquisition mission
NASA satellites meteorological IR instruments, considering purpose, design, operation and performance
Nimbus meteorological satellite program, discussing global cloud cover mapping and automatic picture taking, radioisotopic thermoelectric generator, sounder instrumentation and remote sensors
Synchronous meteorological satellite mission goals and system design, describing imaging, data collection, facsimile, space environment, trilateration, ranging and transmission
Self contained lightweight airborne data acquisition system for atmospheric and meteorological research, using analog recorder and telemetry system
Nimbus 4 Interrogation Recording and Location System meteorological experiment for tropical region upper atmosphere information
Meteorological uses of stereographic horizon map projection, permitting placement of map center at any point on earth
Meteorological satellites characteristics, reviewing Tiros, Itos, Nimbus, ATS, SMS and IGAR programs and vehicles
Synchronous meteorological satellite programs, noting earth imaging, data transmission, collection and relay and space environment monitoring
Radio controlled small aircraft as measurement platform for meteorological sensors, discussing development and performance from field tests
ITOS meteorological satellite scanning radiometer using point detector optical system for earth imaging
Instrument development, techniques, and applications of meteorological measurements made from satellite platforms
Meteorological soundings of the upper stratosphere and mesosphere, conducted with in situ rocket techniques during all seasons of the year from several sites, ranging in latitude from 8 deg S to 71 deg N, are analyzed. The resulting data are compiled into mean monthly and seasonal profiles of temperature, pressure, density, and wind for each site and are presented in graphical and tabular form. Analyses of these mean values produced time cross sections, quasi-meridional cross sections, and constant level maps which are included.
ATS pictures for meteorological applications and satellite-borne instruments