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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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Analytic representation of nonelastic cross sections and particle emission spectra from nucleon-nucleus collisions in 25 to 400MeV energy range
Responses of lateral geniculate nucleus of monkey to light increment and decrement and encoding of brightness
Spontaneous discharges from single units in cochlear nucleus after destruction of cochlea, noting results of animal study
Waveforms of spike potentials form neurons in anteroventral cochlear nucleus indicate spikes are composed of three components
FORTRAN computer program for cross sections, and particle emission analysis in nucleon-nucleus collisions
Least squares representation of inelastic cross sections and particle emission spectra from nucleon-nucleus collisions
Analytical representation of nucleon and pion emission spectra from nucleon-nucleus collisions in energy range 750-2000 MeV
Single unit analysis of backward visual masking and metacontrast in lateral geniculate nucleus in cats
Half intensity angular diameter upper limit of Seyfert galaxy NGC 4151 nucleus, considering nonthermal continuum
Histochemical studies on nucleus basalis of Meynert of squirrel monkey
K meson-light nucleus scattering lengths calculated using multiple scattering theory with Kim zero range
Cosmic ray heavy nucleus enders flux by nuclear emulsions for balloon flights at various atmospheric depths
High radial velocity gas cloud near Seyfert type galaxy NGC 4939 nucleus investigated spectroscopically
Multisensory stimulation effects on single units in vestibular nucleus of cat
Coulomb corrections to Bethe-Heitler cross sections for electron-nucleus bremsstrahlung
Neutron spectra calculations from proton-nucleus inelastic collisions for 15 to 18 MeV protons
Alpha particle-nucleus collision model for nucleon energy and angular distribution prediction and residual nuclei cross sections
The structure of the cometary nucleus is discussed. The view that the comet is a vast swarm of tiny particles separated by large distances is defended by the argument that during the meteor showers of 1966, the earth intercepted thousands of millions of meteoric particles; however, no reports of a single meteorite reaching the ground were recorded. Another feature that indicates that a comet consists of a swarm of particles is that the comets contract as they approach the sun, and expand again as they recede.