Interaction of isotropic light with a compact plant leaf
Diffuse isotropic light interaction with compact corn leaf, using transparent plate model with rough plane-parallel surfaces
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Diffuse isotropic light interaction with compact corn leaf, using transparent plate model with rough plane-parallel surfaces
Riemann tensor symbolic computation by compact method using differential forms, discussing advantages due to antisymmetry
Locally compact topologies on group G and corresponding continuous irreducible unitary representations, noting existence of subgroup
Compact nonthermal radio sources in M87 giving rise to X ray source through Compton effect
Optically variable compact galaxy with broad emission lines similar to Seyfert and N-type galaxies, noting no stellar contribution in continuous spectrum
Evaluating slurry compaction process for fabrication of metal matrix composites
Sintered diamond compacts using cobalt as binder
Astronomical model for origins and time variations of compact strong sources radiation over all bands
Ceramic particle compaction as function of size, shape, loading rate and hardness for fused alumina, magnesia and mullite
H II regions compact radiation sources flux densities observation at centimeter wavelengths
Radio quiet compact galaxy I Zw 1 /0051 plus 12/ photometric data, noting variability and brightness levels
Mass distribution of compact galaxies, obtaining average mass/luminosity ratio
Compact fast reactor design for space power with rotating fuel drums, Mo alloy reflectors and honeycomb support structure
Materials technology of Ta-W-Hf clad uranium mononitride fuel for lithium cooled compact fast space power reactor, including irradiation tests
Highly compact X ray source spectrum fitted by black body model at 15 million K
Precision compact rotary vane microwave attenuator, presenting modified law to extend dynamic attenuation range and reduce rotor section length
Compact spectral irradiance probe has been designed and built which uses wedge filter in conjunction with silicon cell and operational amplifier. Probe is used to monitor spectral energy distribution of solar simulators and other high intensity sources.
A classification of compact stars, depending on the electron distribution in velocity space and the density profiles characterizing their magnetospheric plasma, is proposed. Fast pulsars, such as NP 0532, X-ray sources such as Sco-X1, and slow pulsars are suggested as possible evolutionary stages of similar objects. The heating mechanism of Sco-X1 is discussed in some detail.