Add to ORKGInfrared spectrophotometry evaluated for compositional analysis of lunar and planetary soil
For the last decade telescopic near infrared spectra have been obtained for small lunar areas. Such ...
Remote sensing of the Martian surface from the ground and from orbiting spacecraft has provided some...
When measured with sufficient spectral range, resolution, and signal-to-noise ratio, nearly every mi...
The infrared spectra of analogs of lunar soils were investigated to further the development of metho...
Far infrared spectra of silicate materials for remote sensing of lunar or planetary surface composit...
"Prepared under contract no. NASr-49(04) by Stanford Research Institute Menlo Park, California for N...
Terrestrial rock compositions can be defined by the shift in wavelength of the fundamental Si-O vibr...
Presented here are infrared reflectance spectra of a typical set of Apollo samples to illustrate spe...
Lunar sample measurements were made both under ambient nitrogen pressure and under vacuum conditions...
Laboratory investigations were made of the spectral emission properties of a limited number of sili...
Mid-infrared spectroscopic research efforts are discussed. The development of a new instrumentation ...
Among the Solar System’s bodies, Moon, Mercury and Mars are at present, or have been in the recent y...
The potential of the mid-infrared region for the mineralogical compostition analysisof planetary sur...
A positive identification of the minerals olivine, plagioclase, and several types of pyroxenes were ...
The reflectance spectra of powdered samples of selected minerals, meteorites, lunar materials and fr...
For the last decade telescopic near infrared spectra have been obtained for small lunar areas. Such ...
Remote sensing of the Martian surface from the ground and from orbiting spacecraft has provided some...
When measured with sufficient spectral range, resolution, and signal-to-noise ratio, nearly every mi...
The infrared spectra of analogs of lunar soils were investigated to further the development of metho...
Far infrared spectra of silicate materials for remote sensing of lunar or planetary surface composit...
"Prepared under contract no. NASr-49(04) by Stanford Research Institute Menlo Park, California for N...
Terrestrial rock compositions can be defined by the shift in wavelength of the fundamental Si-O vibr...
Presented here are infrared reflectance spectra of a typical set of Apollo samples to illustrate spe...
Lunar sample measurements were made both under ambient nitrogen pressure and under vacuum conditions...
Laboratory investigations were made of the spectral emission properties of a limited number of sili...
Mid-infrared spectroscopic research efforts are discussed. The development of a new instrumentation ...
Among the Solar System’s bodies, Moon, Mercury and Mars are at present, or have been in the recent y...
The potential of the mid-infrared region for the mineralogical compostition analysisof planetary sur...
A positive identification of the minerals olivine, plagioclase, and several types of pyroxenes were ...
The reflectance spectra of powdered samples of selected minerals, meteorites, lunar materials and fr...
For the last decade telescopic near infrared spectra have been obtained for small lunar areas. Such ...
Remote sensing of the Martian surface from the ground and from orbiting spacecraft has provided some...
When measured with sufficient spectral range, resolution, and signal-to-noise ratio, nearly every mi...