On dielectric models of interstellar grains
Dielectric models of interstellar grains from calculations for smooth particles of homogeneous materials
Greenberg, J. M.↗
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Results for “interstellar”
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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Observations of interstellar Lyman-alpha absorption
Lyman alpha absorption by interstellar neutral hydrogen observed in O and B stars UV spectra
Jenkins, E. B.↗
Rocket observation of interstellar molecular hydrogen
Interstellar molecular H Lyman resonance-absorption bands in far UV spectrum using rocket observation
Carruthers, G. R.↗
Interstellar silicate absorption bands
Interstellar silicate absorption bands four color photometric observations in galactic direction, using metal mirror telescope
Gehrz, R. D.↗
Interstellar absorption of X-rays emitted by supernova remnants
Cas A and SN 1572 supernova remnant radio sources X ray spectra, investigating absorption by interstellar medium
Gorenstein, P.↗
Ionization equilibrium of carbon in interstellar clouds
Carbon ionization equilibrium in dense interstellar clouds, discussing grains and neutral atoms attenuation effects
Werner, M. W.↗
Spectroscopic studies of interstellar grains
Spectroscopic analyses of interstellar matter
Johnson, F. M.↗
Photochemistry and lifetime of interstellar molecules
Quantitative analysis of photochemistry and lifetimes of stable interstellar molecules
Donn, B.↗
Interstellar helium in interplanetary space
Orbits of interstellar helium ions in interplanetary space
Feldman, W. F.↗
Satellite stability and interstellar dust grain studies
Satellite stability and interstellar dust grain studies
Source record↗
The influence of the ionized medium on synchrotron emission in interstellar space
Synchrotron emissivity of cosmic electrons in ionized interstellar space
Ramaty, R.↗
Far-ultraviolet photography of Orion - Interstellar dust
Wide angle far UV photography of Barnard Loop Nebula in Orion suggesting nebular emission intensity difference with near UV region due to interstellar dust
Carruthers, G. R.↗
Three-body capture of interstellar dust by the Solar System
Three body gravitational capture of interstellar dust in solar system, examining zodiacal cloud
Bandermann, L. W.↗
Interstellar molecules
Interstellar medium polyatomic molecules formation, destruction and excitation processes by astronomical spectroscopy and interferometry
Stecher, T. P.↗
The formation of interstellar molecular hydrogen by physical adsorption on grains
Interstellar molecular hydrogen formation by physical adsorption on grains, determining H atoms adsorptive potentials on silicates, graphite, solid hydrogen and ice
Augason, G. C.↗
Interstellar H3/plus/
Interstellar hydrogen ion production and destruction by electron recombination or photodissociation
Stecher, T. P.↗