Venus - Ionosphere and atmosphere as measured by dual frequency radio occultation of Mariner 5
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Eshleman, V. R.↗
Engineering topics
Howard, H. T.
Publications and source records attributed to Howard, H. T..
Bistatic-radar detection of lunar scattering centers with Lunar Orbiter I.
Continuous wave signals from Lunar Orbiter I after reflection from lunar surface, noting mapping use
WAVE REFLECTION↗
Cislunar electron content as determined by radar group delay measurements.
Radar measurement of differential group delay to moon, showing large differences in total cislunar electron content above 1000 km in solar and antisolar directions
RADAR OBSERVATION↗
Cislunar Electron Content as Determined by Radar Group Delay Measurements
Cislunar electron density determined by radar group delay measurements
CISLUNAR SPACE↗
Radar measurements of the total cislunar electron content.
Two lunar radars used to measure total integrated electron density between Earth and Moon during three nights and two mornings in December 1964
RADAR ASTRONOMY↗
Lunar radar measurements of the earth's magnetospheric wake Scientific report no. 11
Lunar radar echo measurments to determine size and electron density of earth magnetospheric wake
MAGNETOSPHERE↗
Radar measurements of the total cislunar electron content technical report no. 8
Radar measurement of total cislunar electron content
CISLUNAR SPACE↗
An antenna array for radar astronomy studies in the 20 to 55 mc range.
Branch-fed variable-phase 20 to 55 mc antenna array for radar studies of Moon, cislunar gas and solar corona
PHASED ARRAY↗
Ground-based bistatic radar astronomy.
Ground-based bistatic radar astronomy technique using distantly spaced receiver and transmitter in trial measurement of lunar angular size
RADIO ECHO OBSERVATION↗
An antenna array for radar astronomy studies in the 20 to 55 mc range technical report no. 3 and no. 8
Radar astronomy studies - very high and high frequency antenna array design
RADAR ASTRONOMY↗