NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login
Back to Results
Asteroids: An Exploration AssessmentThe current state of asteroid science is assessed. Future space missions to gain more knowledge on asteroid relationship to solar system formation are outlined.
Document ID
19780021064
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Authors
Morrison, D. (NASA Headquarters Washington, DC United States)
Wells, W. C. (NASA Headquarters Washington, DC United States)
Date Acquired
September 3, 2013
Publication Date
January 1, 1978
Subject Category
Lunar And Planetary Exploration
Report/Patent Number
NASA-CP-2053
Report Number: NASA-CP-2053
Accession Number
78N29007
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19780021069WorkPhysical observations and taxonomy of asteroids19780021070WorkGeography of the asteroid belt19780021072WorkInfrared observations of asteroids from earth and space19780021081WorkRemote geochemical sensing of asteroids19780021079WorkEarth-Approaching Asteroids as Targets for Exploration19780021065WorkDynamical evidence regarding the relationship between asteroids and meteorites19780021066WorkMeteorites and their parent bodies: Evidence from oxygen isotopes19780021067WorkNature and evolution of the meteorite parent bodies: Evidence from petrology and metallurgy19780021068WorkMost stony meteorites come from the asteroid belt19780021069WorkPhysical observations and taxonomy of asteroids19780021070WorkGeography of the asteroid belt19780021071WorkAsteroid surface mineralogy: Evidence from earth-based telescope observations19780021072WorkInfrared observations of asteroids from earth and space19780021073WorkAsteroid collisions, craters, regoliths, and lifetimes19780021074WorkEarth-approaching asteroids: Populations, origin, and compositional types19780021075WorkThe role of earth-based observations of asteroids during the next decade19780021076WorkScience rationale for an initial asteroid-dedicated mission19780021077WorkImaging asteroids: Some lessons learned from the Viking investigation of Phobos and Deimos19780021078WorkAsteroid mission alternatives19780021079WorkEarth-Approaching Asteroids as Targets for Exploration19780021080WorkOptical remote sensing of asteroid surfaces from spacecraft19780021081WorkRemote geochemical sensing of asteroids19780021082WorkSome important imaging goals for asteroid missions19780021083WorkExperiments on asteroids using hard landers19780021075WorkThe role of earth-based observations of asteroids during the next decade19780021066WorkMeteorites and their parent bodies: Evidence from oxygen isotopes19780021068WorkMost stony meteorites come from the asteroid belt19780021078WorkAsteroid mission alternatives19780021076WorkScience rationale for an initial asteroid-dedicated mission19780021074WorkEarth-approaching asteroids: Populations, origin, and compositional types19780021082WorkSome important imaging goals for asteroid missions19780021083WorkExperiments on asteroids using hard landers19780021077WorkImaging asteroids: Some lessons learned from the Viking investigation of Phobos and Deimos19780021067WorkNature and evolution of the meteorite parent bodies: Evidence from petrology and metallurgy19780021071WorkAsteroid surface mineralogy: Evidence from earth-based telescope observations19780021065WorkDynamical evidence regarding the relationship between asteroids and meteorites19780021073WorkAsteroid collisions, craters, regoliths, and lifetimes19780021080WorkOptical remote sensing of asteroid surfaces from spacecraft
No Preview Available