Infrared optical characteristics of ice spheres
Normalized extinction cross section, asymmetry factor, and single-scattering albedo for spherical homogeneous ice particles in infrared region
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.
Normalized extinction cross section, asymmetry factor, and single-scattering albedo for spherical homogeneous ice particles in infrared region
Far UV extinction curve and wavelength dependence of interstellar polarization by graphite grains
Models of reflection nebulae light for single scattering, pure or modified by internal nebular extinction, on spherical grains imitating dielectric or metallic particles
Electromagnetic scattering from adsorbing spheres near resonances calculated from extinction efficiency factor and angular scattering function dependence on refractive index
Multicolor photoelectric photometry of brighter planets and moon emphasizing algorithm for determining atmospheric extinction
Double beam photoelectric filter photometer for simultaneous measurements of two astronomical objects, noting variable atmospheric extinction errors reduction
IR absorption coefficient, reflectivity and complex index of refraction of ice and water spheres, calculating single scattering albedo, asymmetry factor and extinction cross section
Animal extinction on earth in geological times by nearby exploding supernovae cosmic radiation shown irreconcilable with galactic cosmic ray propagation
Optical absorption in triphenylmethylarsonium tetracyanoquinodimethan single crystals noting refractivity, extinction coefficient and reflectance
Spectra of Cepheid variables and stellar infrared spectra corrected for atmospheric extinction
Polarization to extinction ratio criterion to choose interstellar cloud model, discussing magnetic field strength requirements
Extinction efficiency of graphite core interstellar grains with solid hydrogen and ice mantles, using theoretical models
Solid para hydrogen coated graphite particles expulsion into interstellar medium from star formation regions, considering mantles stability and particles extinction efficiency, albedo and phase function
Particle albedos and extinction cross sections computed by Mie theory showing dependence on refractivity, considering thermal radiation from cloudy planetary atmospheres
Positively charged diatomic hydrogen molecules interstellar extinction and photodissociation cross section in terms of formation mechanisms
S-RETIC vertebrate command model, discussing computer simulation of reticular formation Golgi anatomy capable of habituation, conditioning, extinction, generalization and error discrimination
Applying relationship of beam intensity covariances and local extinction coefficient covariances to calculation of convection velocity in crossed-beam methodology
Evidence disproving interstellar extinction by diamond crystals