Technical translations - Chronological abstract listing of scientific literature
Translated abstracts of aerospace scientific literature
Brichant, A. L.↗
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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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Translational forces on the Mariner V spacecraft stemming from the attitude control system.
Translational forces on Mariner 5 stemming from attitude control system studied to determine trajectory for scientific and operational purposes
Bourke, R. D.↗
A system for designing fast programming language translators.
Algorithm for programming language grammars conversion into pushdown store automata translators
Schneider, V.↗
Translational forces on Mariner V from the attitude control system.
Translational forces on Mariner 5 stemming from attitude control system, determining trajectory for scientific and operational purposes
Bourke, R. D.↗
Effect of plug base contour on performance of a fully truncated plug nozzle with translating shroud
Effect of plug base contour on performance of fully truncated plug nozzle with translating shroud
Berrier, B. L.↗
A study program on the development of mathematical model/s/ for microbial burden prediction. Volume 7 - User's manual for the input translator program Final report addendum
User manual for input translator program for MBPM
Farabee, L. B.↗
Study of a directional-mean-free-path method for gas flow in translational nonequilibrium
Directional mean free path method for gas flow in translational nonequilibrium
Martin, E. D.↗
Transformation of a potential function under coordinate translations
Potential function transformation under coordinate translations
Levie, S. L., Jr.↗
Attitude-translation coupling in drag-free satellites
Attitude-translation motion coupling effect on stability of gravity-stabilized drag-free satellites
Crespo Da Silva, M.↗
Efficiencies in the exchange of translational and vibrational energies in cyclopropane-argon mixtures
Cyclopropane-argon mixtures translational and vibrational energies exchange efficiencies analysis based on intermolecular potential
Taylor, J. E.↗
Translating horizontal tail Patent
Development and characteristics of translating horizontal tail assembly for supersonic aircraft
Spearman, M. L.↗
Experimental investigation of heat-transfer characteristics of a film-cooled plug nozzle with translating shroud
Heat transfer characteristics of film cooled plug nozzle with translating shroud
Chenoweth, F. C.↗
A proposed translator writing system language - Computer project, volume 3, no. 1
Programming language for advanced translator writing system
De Remer, F. L.↗
Theoretical analysis of a grid-translation beam deflection system for a 30-cm diameter Kaufman thruster
Analysis of ion beam thrust deflection system using grid translation techniques
Adam, W. B.↗
The transformation of a series expansion in solid spherical harmonics under translation and rotation of coordinates
Transformation formulas in solid spherical harmonics for calculating forces between two homogeneous hemispheres with examples involving coordinate translation and rotation
Lee, W. N.↗
Correlation of excess energies of dissociative electron attachment processes with the translational energies of their products
Dissociative electron attachment excess energy correlation with fragment ion translational energies, determining radical affinity
Bafus, D. A.↗
Inversion of spin-stabilized spacecraft by mass translation - Some practical aspects
Spin stabilized spacecraft inversion by mass translation with momentum vector fixed in inertial space, calculating control mass dynamics
Beachley, N. H.↗
Operational characteristics of a translation screen grid beam deflection system for a 5-cm Kaufman thruster
Measurements of beam deflection angle with respect to spring positioning power and accelerator impingement current as a function of deflection angle were made on a 5-cm diameter system. Response time measurements on the translational grid beam deflection system showed that the time for the maximum deflection angle analyzed (+16.4 deg to -16.4 deg) could be reduced by a factor of nine by increasing the heating power applied to the positioning spring from 4 to 16 watts. At 14 watts the response time for maximum deflection was about 1 minute.
Lathem, W. C.↗