Smithsonian contributions to astrophysics. Volume 10, number 3 - Meteor masses and luminosity
Sporadic and shower meteor masses and their luminous efficiency
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Sporadic and shower meteor masses and their luminous efficiency
Electro-optical photomultiplier detection system for artificial meteors
Data reduction procedures for obtaining trajectory and luminosity data from meteor photographs
Mass distribution and influx of micrometeoroids and radio meteors using OGO-2 satellite
Ablation models of iron meteoroids in study of sodium-free meteors
Distribution of magnitudes, masses, and energies of large meteoric bodies determined from photometric data
Luminous intensity and efficiency parameters for hypersonic reentry of nickel artificial meteors
Discrete levels of meteor beginning height and luminous trajectory plots
Frothing-sloughing ablation model for computing luminous efficiency factor from meteor data
Luminous efficiency of sporadic, shower and cometary meteors, determining masses and densities
Meteor luminous efficiency determined by laboratory measurement of radiant energy of trails of high velocity submicron Fe particles injected into gaseous targets
Linearized radiative heat transfer theory for ablating bodies flying in earth atmosphere at meteoric speeds
Photographic observations of meteors yielding orbits not differing significantly from those observed with Super-Schmidt cameras
Meteors and micrometeoroids influx near earth /1965-1967/
Meteor shower mass distribution from radar echo counts
Artificial meteors optical radiation recording device using photomultiplier tube with increased dynamic range and real time operation
Diurnal variations of Southern Hemisphere meteor rate
Determination of meteoroid environments from photographic meteor data