Asymptotic plasma and sheath representations for low-pressure discharges.
Asymptotic collisionless plasma and sheath equations for symmetric planar, cylindrical and spherical low pressure discharges
PLASMA SHEATH↗
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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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Representation of transient sinusoids in the environmental vibration tests for spacecraft.
Testing method for spacecraft response during environmental testing equivalent to its response to excitation by sinusoidal transients in flight
ENVIRONMENTAL TESTING↗
Analytic representation of upper atmosphere densities based on jacchia's static diffusion models.
Jacchia static diffusion models of upper atmosphere densities with empirical temperature profile
THERMAL DIFFUSION↗
The Dynamics of J Equals 3/2plus Bar Xi and KN Systems in the 27 Fold Representation Technical Report No. 455
Spin dynamics and resonance of baryon-pseudoscalar meson, kaon-cascade hyperon and kaon-nucleon systems
BARYON↗
Analytic Representation of Upper Atmosphere Densities Based on Jacchia's Static Diffusion Models
Modification of mathematical method of Jacchia for satellite drag density of upper atmosphere
UPPER ATMOSPHERE↗
Functional representation of the wave operator.
Simplification of algebraic formalism of quantum- mechanical perturbation theory
PERTURBATION THEORY↗
A uniformly valid asymptotic representation of satellite motion around the smaller primary in the restricted three-body problem.
Perturbation technique to study three-body problem of motion of close satellite
PERTURBATION↗
A representation of the perigee motion of a satellite as a function of local time
Relationship of perigee motion of satellite orbit to latitude and local time
PERIGEE↗
Representation of decay curves for fission fragments by functions of a given form /ebt/
Decay curves of fission products represented as sum of functions
FISSION PRODUCT↗
On the solution of the general inhomogeneous linear differential equation of second order using Lie series representation.
Inhomogeneous second order linear differential equation solution based on Lie formalism, presenting physical applications
DIFFERENTIAL EQUATION↗
Band model representations for high temperature water vapor and carbon dioxide
Band models for high temperature water vapor and carbon dioxide
Ludwig, C. B.↗
Fourier transform representation of an ideal lens in coherent optical systems
Fourier transform of focussed diffraction pattern to describe coherent optical systems with lenses
Grebowsky, G. J.↗
An analytical representation of temperature distributions in gravity gradient rods.
Thermal balance analysis of temperature distributions in cylindrical tube considered to model gravity gradient attitude control rod isolated in space
Florio, F. A.↗
Two promising empirical techniques for closed form functional representation of 14-16 micron radiance profiles.
Climatological radiance profiles in 14 to 16 micron interval represented by closed form functions dependent only on tangent height
Jones, E. E.↗
Improvement of an integral equation method in plane elasticity through modification of source density representation
Integral equation method with continuous functions for calculating boundary stress components in plane elasticity
Henry, A. S.↗
The effects of atmospheric fluctuations and representation upon propagated sound
Comparison of ray trace methods for estimating sound intensity variations due to atmospheric variability as determined by Monte Carlo methods
Bundgaard, R. C.↗
Representations for solutions of linear functional differential equations.
Correction of linear functional differential equations with time delay showing error due to incorrect interchange of order of integration involving Stieltjes integral
Banks, H. T.↗
Diabatic and adiabatic representations for atomic collision problems.
Coupled equations for heavy particle motion expressed by introducing generalized matrix operator for effective momentum in atomic collision problems
Smith, F. T.↗