Geologic evaluation of radar imagery, Caliente and Temblor Ranges, southern California
Airborne K-band radar imagery of Caliente and Temblor range area
Wolfe, E. W.↗
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Results for “Imagery”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Evaluation of multiple polarized radar imagery for the detection of selected cultural features
Multiple polarized radar imagery evaluation for detection of cultural features
Lewis, A. J.↗
Infrared imagery of Lordsburg-Silver City area, New Mexico
Geology and hydrology studies of deserts in New Mexico using infrared imagery
Pratt, W. P.↗
Major lineaments and possible calderas defined by side looking airborne radar imagery, St. Francois Mountains, Missouri
Side-looking radar imagery superiority over aerial photography of geological faults and patterns in St. Francis Mountains, Missouri
Gillerman, E.↗
Geologic evaluation of radar imagery from Darien Province, Panama
Geologic evaluation of radar imagery in eastern Panama and northern Colombia
Mac Donald, H. C.↗
Thermal Anomalies and Geologic Features of the Mono Lake Area, California, as Revealed by Infrared Imagery
Thermal anomalies and geologic features of Mono Lake area, California revealed by infrared imagery
Friedman, J. D.↗
Satellite imagery of the earth.
Satellite IR hyperaltitude imagery for earth resources application, obtaining geological, meteorological and hydrological information
Cronin, J.↗
Orbital imagery for planetary exploration. Volume 1 - Technical summary
Orbital imagery for planetary exploration - objectives, measurements, orbit selection results, and imaging sensor system scaling laws
Klopp, D. A.↗
Orbital imagery for planetary exploration. Volume 2 - Definitions of scientific objectives
Orbital imagery for planetary exploration- objective outlines for planetary and atmospheric structure and composition, fields, and extraterrestrial life
Klopp, D. A.↗
Orbital imagery for planetary exploration. Volume 3 - Orbit selection and definition
Orbital imagery for planetary exploration - orbital selections for Mars, Venus, Mercury, and Jupiter
Hopper, M. L.↗
Orbital imagery for planetary exploration. Volume 4 - Imaging sensor system scaling laws
Orbital imagery for planetary exploration - imaging sensor system scaling laws
Klopp, D. A.↗
Orbital imagery for planetary exploration. Volume 5 - Support requirements for planetary orbital imaging
Orbital imagery for planetary exploration - radar, visual, ultraviolet, infrared and passive microwave imaging systems
Klopp, D. A.↗
Orbital imagery for planetary exploration - Condensed summary
Orbital imagery for planetary exploration - summary
Source record↗
Detailed ground study of 8 - 13 micron infrared imagery, Carrizo Plains, California
Infrared imagery study to determine dark thermal anomalies associated with San Andreas fault trace
Campbell, R. W., Jr.↗
Preliminary evaluation of radar imagery of Yellowstone Park, Wyoming
Evaluation of radar imagery of Yellowstone Park, Wyoming
Christiansen, R. L.↗
Interpretation of ultraviolet imagery of the Meteor Crater, Salton Sea and Arizona sedimentary test sites /Mission 18, January 1966/
Interpretation of aerial ultraviolet imagery of Meteor Crater, Salton Sea, and sedimentary test sites
Hemphill, W. R.↗
Geological evaluation of radar imagery - San Andreas fault zone from Stevens Creek, Santa Clara County to Mussel Rock, San Mateo County, California
Geologic interpretation of side-looking radar imagery using aerial photographs of California
Brown, R. D., Jr.↗
A distinction between bedrock and unconsolidated deposits on 3-5 mu infrared imagery of the Yellowstone rhyolite plateau
Photointerpretation of infrared imagery of bedrock and superficial deposits on Yellowstone rhyolite plateau
Christiansen, R. L.↗