A computer plotting description of ion-molecule collisions with long-lived capture complexes
Numerical analysis of spiraling in ion molecule collisions with polar targets using computer plotting techniques
Dugan, J. V., Jr.↗
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Results for “Numerical analysis”
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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Concerning the program for planetary atmospheric research
Planetary atmospheric research problems of models, numerical analysis, technology, and coordination
Kondratyev, K. A.↗
On the stability of Poiseuille pipe flow
Numerical analysis of Poiseuille pipe flow stability using Reynolds number
Crowder, H. J.↗
Flow field computations for blunt bodies in planetary environments
Numerical analysis on flow distribution around hypersonic blunt body in planetary atmosphere
Byron, S.↗
Periodic orbits in the restricted three-body problem in the neighborhood of resonances of type /k plus 1//k /Ueber periodische Bahnen im eingeschraenkten Dreikoerperproblem und in der Naehe der Kommensurabilitaeten vom Typus /k plus 1//k/.
Numerical analysis of periodic solutions of restricted three body problem in sun-Jupiter system, noting genealogy of periodic orbits
Carpenter, L. H.↗
Numerical treatment of line singularities for modelling a jet in a low-speed cross flow
Numerical analysis of line singularities for jet in low speed cross flow
Skifstad, J. G.↗
A numerical method for computing three-dimensional viscous supersonic flow fields about slender bodies
Numerical analysis of three dimensional viscous supersonic flow fields about slender bodies
King, L. S.↗
Analytical chemical kinetic study of the effect of carbon dioxide and water vapor on hydrogen-air constant-pressure combustion
Numerical analysis of chemical kinetics of hydrogen-air combustion in presence of carbon dioxide and water vapor
Erickson, W. D.↗
Analytical study of strain rate effects in hypervelocity impacts Final report
Numerical analysis of strain rate effects in hypervelocity impacts
Rosenblatt, M.↗
Standardized Pearson type 3 density function area tables
Tables constituting extension of similar tables published in 1936 are presented in report form. Single and triple parameter gamma functions are discussed. Report tables should interest persons concerned with development and use of numerical analysis and evaluation methods.
Cohen, A. C.↗
Enhancing efficiency of single, large-aperture antennas
Numerical analysis method provides means of describing energy distribution in focal plane of parabolic surface in terms of phase and wavelength. Two approaches for enhancing antenna efficiency include single, large reflector focused to feeding element, and array of smaller apertures whose individual outputs are summed.
Cohen, M.↗
Thermal scale modeling
Complex system study data indicate that factors associated with multilayer insulation pose major problem in scale modeling, that numerical analysis aids correction for known compromises of scaling criteria, and that probable errors in scale modeling experiments fall within range predicted by statistical analysis.
Mac Gregor, R. K.↗
Numerical solution of laminar jet mixing with and without free stream
Systematic numerical analysis of two dimensional and axisymmetric laminar jet of incompressible fluid with and without free stream
Hsieh, T. Y.↗
A numerical solution of the unsteady airfoil with application to the vortex interaction problem
Numerical analysis of aerodynamic forces on thin airfoil operating in unsteady potential flow
Rudhman, W. E.↗
On error bounds in the digital computation of the four parameters for strapdown inertial systems
Numerical analysis of error bounds in digital computation of four parameters for strapdown inertial systems
Boland, J. S., III↗
A linearized approach to chemically generated waves in a dilute, isothermal atmosphere
Characteristics of chemically generated waves in dilute, isothermal atmosphere and numerical analysis of chemical reactions involved
Eberstein, I. J.↗
Numerical calculations of the wind driven currents in Lake Erie and comparison with measurements
Numerical analysis of steady state, wind driven currents in Lake Erie, using shallow lake model
Gedney, R. T.↗
Exact expressions for curved characteristics behind strong blast waves
Numerical analysis of curved characteristics behind strong blast waves
Chang, T. S.↗