NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login
Back to Results
Evolutionary and Physical Properties of MeteoroidsAstrophysical models for meteoroid formation and stellar and planetary evolutions are developed from simulation composition studies.
Document ID
19740011323
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Authors
Hemenway, C. L. (Dudley Obs.)
Millman, P. M. (NRC)
Cook, A. F. (Smithsonian Astrophys. Obs.)
Date Acquired
September 3, 2013
Publication Date
January 1, 1973
Subject Category
Space Sciences
Report/Patent Number
LC-72-600319
NASA-SP-319
Report Number: LC-72-600319
Report Number: NASA-SP-319
Meeting Information
Meeting: Intern. Astron. Union''s Colloq. no. 13
Location: Albany, NY
Country: United States
Start Date: June 14, 1971
End Date: June 17, 1971
Accession Number
74N19436
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19740011324WorkPhotographic fireball networks19740011325WorkA determination of meteor mass distribution from meteor echoes19740011326WorkRecombination in radar meteors19740011327WorkCombined observations of meteors by image-orthicon television camera and multi-station radar19740011328WorkMass influx obtained from low-light-level television observations of faint meteors19740011329WorkDetermination of meteor parameters using laboratory simulation techniques19740011330WorkLaboratory determination of the luminous efficiency of meteor constituents19740011331WorkEvidence from spectra of bright fireballs19740011332WorkSpectral analysis of four meteors19740011333WorkNASA-LRC faint meteor spectra19740011334WorkThe auroral green line in Perseid spectra near sunspot maximum19740011335WorkImage-orthicon spectra of Geminids in 196919740011336WorkAn unusual meteor spectrum19740011337WorkSpectroscopy of Project Fire 1, April 14, 196419740011338WorkMotion of a fragment in disturbed air behind a meteor body19740011339WorkThe distribution of 1/a in photographic meteor orbits19740011340WorkA working list of meteor streams19740011341WorkOrigin and evolution of recent Leonid meteor showers19740011342WorkNew evidence for interplanetary boulders?19740011343WorkCosmic dust in the atmosphere and in the interplanetary space at 1 AU today and in the early solar system19740011344WorkDust Storms in Space?19740011345WorkLunar rocks as meteoroid detectors19740011346WorkArtificial meteor ablation studies19740011347WorkPossible evidence of ablation on cosmic dust particles19740011348WorkAblation in meteors19740011349WorkA possible mechanism for the capture of microparticles by the earth and other planets of the solar system19740011350WorkOn the influence of the atmospheric dust on the zodiacal light polarization19740011351WorkOptical Properties of atmospheric dust from twilight observations19740011352WorkUnusual chemical compositions of noctilucent-cloud particle nuclei19740011353WorkThe physical nature of interplanetary dust as inferred by particles collected at 35 km19740011354WorkOn the manganese content of cosmic flakes from deep-sea sediments19740011355WorkThe cosmic dust analyzer: Experimental evaluation of an impact ionization model19740011356WorkOn the primordial condensation and accretion environment and the remanent magnetization of meteorites19740011357WorkThe cometary and asteroidal origins of meteors19740011358WorkThe early evolution of the solar system19740011359WorkRadial pressure in the solar nebula as affecting the motions of planetesimals19740011360WorkCurrent evolution of meteoroids19740011361WorkPossible interaction of interstellar particles with the solar and terrestrial environment19740011343WorkCosmic dust in the atmosphere and in the interplanetary space at 1 AU today and in the early solar system19740011325WorkA determination of meteor mass distribution from meteor echoes19740011350WorkOn the influence of the atmospheric dust on the zodiacal light polarization19740011361WorkPossible interaction of interstellar particles with the solar and terrestrial environment19740011352WorkUnusual chemical compositions of noctilucent-cloud particle nuclei19740011356WorkOn the primordial condensation and accretion environment and the remanent magnetization of meteorites19740011333WorkNASA-LRC faint meteor spectra19740011358WorkThe early evolution of the solar system19740011327WorkCombined observations of meteors by image-orthicon television camera and multi-station radar19740011326WorkRecombination in radar meteors19740011338WorkMotion of a fragment in disturbed air behind a meteor body19740011336WorkAn unusual meteor spectrum19740011334WorkThe auroral green line in Perseid spectra near sunspot maximum19740011340WorkA working list of meteor streams19740011360WorkCurrent evolution of meteoroids19740011344WorkDust Storms in Space?19740011349WorkA possible mechanism for the capture of microparticles by the earth and other planets of the solar system19740011324WorkPhotographic fireball networks19740011337WorkSpectroscopy of Project Fire 1, April 14, 196419740011332WorkSpectral analysis of four meteors19740011328WorkMass influx obtained from low-light-level television observations of faint meteors19740011353WorkThe physical nature of interplanetary dust as inferred by particles collected at 35 km19740011345WorkLunar rocks as meteoroid detectors19740011335WorkImage-orthicon spectra of Geminids in 196919740011346WorkArtificial meteor ablation studies19740011341WorkOrigin and evolution of recent Leonid meteor showers19740011330WorkLaboratory determination of the luminous efficiency of meteor constituents19740011339WorkThe distribution of 1/a in photographic meteor orbits19740011329WorkDetermination of meteor parameters using laboratory simulation techniques19740011359WorkRadial pressure in the solar nebula as affecting the motions of planetesimals19740011351WorkOptical Properties of atmospheric dust from twilight observations19740011355WorkThe cosmic dust analyzer: Experimental evaluation of an impact ionization model19740011331WorkEvidence from spectra of bright fireballs19740011342WorkNew evidence for interplanetary boulders?19740011348WorkAblation in meteors19740011347WorkPossible evidence of ablation on cosmic dust particles19740011354WorkOn the manganese content of cosmic flakes from deep-sea sediments19740011357WorkThe cometary and asteroidal origins of meteors
No Preview Available