Radiative Transport in an Absorbing Planar Medium II
Source function solution for radiative heat transfer through nonisothermal absorbing and emitting gray gas
Heaslet, Max A.↗
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The gyroscopic vibration absorber.
Frequency response, equation of motion, elastic restraint and structural flexibility of gyroscopic vibration absorber, noting antiresonant frequency functions
Jones, R.↗
Fluctuations of energy loss by heavy charged particles in thin absorbers.
Heavy charged particle energy loss fluctuations and distribution functions for ionization and atomic excitation collisions in thin absorbers
Maccabee, H. D.↗
Repetitive pulsing of the CO sub 2 laser by means of CO sub 2 gas and other absorbers.
Carbon dioxide laser repetitive pulsing by means of absorbing gas, noting possible pulsing of other IR lasers
Hanst, P. L.↗
Natural line widths of Moessbauer absorbers of variable low temperatures.
Clamping system for maintaining natural line widths of Mossbauer absorbers at varying temperatures
Dash, J. G.↗
Equilibrium temperatures in a boundary-layer flow over a flat plate of absorbing-emitting gas.
Radiation transfer effect on equilibrium temperature for laminar boundary layer flow of absorbing-emitting gas over flat plate
Hartnett, J. P.↗
Radiative characteristics of absorbing, emitting, and scattering media on opaque substrata.
Radiative transfer theory used to determine radiative flux in absorbing, emitting and scattering dielectric layer on opaque substrate
Merriam, R. L.↗
The Surveyor shock absorber
Design and performance of hydraulic landing shock absorbers on Surveyor spacecraft
Sperling, F. B.↗
An impact energy-absorbing strut employing tube cutting
Impact energy absorbing strut using tube cutting
Kaskey, A. G.↗
Calculation of spectral distribution of X-radiation absorbed in the earth's atmosphere
Calculation of spectral distribution of X ray energy absorbed in earth atmosphere
Kozlov, S. I.↗
Combustion stabilization with acoustic absorbers.
Acoustic absorbers for combustion stabilization, discussing analytical model based on temporal damping coefficient for oscillation modes and allowance for nonuniform distribution
Coultas, T. A.↗
Ellipsometric method for the determination of all the optical parameters of the system of an isotropic nonabsorbing film on an isotropic absorbing substrate - Optical constants of silicon.
Optical parameters for system of isotropic nonabsorbing film on isotropic absorbing substrate determined by ellipsometric method, noting Si optical constants
Knausenberger, W.↗
Gyroscopic systems as vibration absorbers.
Synchronous vibration absorbers using gyroscopic systems, noting antiresonance with Perissogyro
Srinivasan, A. V.↗
An investigation of radiative heat transfer in absorbing, emitting, and scattering media.
Radiative heat transfer in nonisothermal media composed of spherical particles with complex refractive index emitting absorbing and scattering energy anisotropically, considering various geometries
Shahrokhi, F.↗
Ellipsometric liquid immersion method for the determination of all the optical parameters of the system - Nonabsorbing film on an absorbing substrate.
Ellipsometric liquid immersion method for optical parameters determination of system with nonabsorbing surface film on absorbing substrate
Knausenberger, W. H.↗
An approximate method for multidimensional problems of radiative energy transfer in an absorbing and emitting media.
Radiant energy transfer in absorbing and emitting media, noting approximate equations reduced to correct optically thin and thick limits for multidimensional problems
Glicksman, L. R.↗
Dry-frictional shock absorber
Kinetic energy absorber that can safely decelerate a vehicle as it impacts a surface affords minimum rebound, is lightweight and compact, and needs no lubrication or hydraulic fluids.
Tener, W. M.↗
Description of the VIP program for computing incident and absorbed energy at the surface of an orbiting satellite
VIP program for computing incident and absorbed energy at orbiting satellite surface
Goldstein, R.↗