A systematic approach for the analytical analysis and prediction of the yield from liquid propellant explosions
Systematic analysis and prediction method for yield from liquid propellant explosion
EXPLOSION↗
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Results for “Systematics”
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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Systematics of fission based on the exponential mass formula.
Systematics of fission based on exponential mass formula, discussing neutron capture
FISSION↗
[Investigation of a Systematic Observing Program Relating to the Decametric Radio Emission from Jupiter]
Systematic observation program for decametric radio emission from Jupiter
RADIO EMISSION↗
Systematic corrections to reduce certain satellite positions to the FK4 system
Systematic corrections to reduce certain satellite positions to FK4 system
STAR TRACKING↗
On the problem of systematic and local corrections of differential catalogs with the utilization of observations of observed stars
Systematic and local corrections of differential catalogs using observations of observed stars
ASTRONOMY↗
A systematic shift of the DS axis.
Systematic clockwise rotation of asymmetry axis of main phase decrease during geomagnetic storm lifetime
GEOMAGNETIC STORM↗
Systematic description and key to streptomyces isolants from Chile-Atacama Desert, Hawaii, and Oregon soils
Systematic description and key to Streptomycetes isolants from Chile-Atacama Desert, Hawaii, and Oregon soils
Bollen, W. B.↗
Microorganism study - Systematic description and key to isolants from Mexico Progress report
Systematic description and key to actinomycetes and Bacillus isolants from Mexican soils
Bollen, W. B.↗
A systematic approach to model development by comparison of experimental and analytical regression coefficients
Systematic investigation of mathematical models by comparison of experimental and analytical regression coefficients
Lynch, J. H.↗
A short-baseline radiating interferometer navigation satellite concept incorporating methods to eliminate systematic navigation error.
Short baseline radiating satellite interferometer concept for reducing satellite navigation systematic errors for aircraft and ships
Klein, P. I.↗
Systematic two-dimensional cascade tests. Volume 2 - Multiple circular-arc hydrofoils
Systematic two dimensional cascade tests - multiple circular-arc hydrofoils
Colombo, R. M.↗
A systematic method for calculating reduced matrix elements
Matrix elements systematic calculation method in terms of inelastic transition densities to evaluate nuclear properties
Braley, R. C.↗
Error probability bounds for systematic convolutional codes
Error probability bounds for systematic convolutional codes
Bucher, E. A.↗
Age of the moon - An isotopic study of U-Th-Pb systematics of Apollo 11 lunar samples. II
Lunar surface material age and post- crystallization from isotopic investigation of Apollo 11 samples of U-Th-Pb systematics
Tatsumoto, M.↗
Potassium-uranium systematics of Apollo 11 and Apollo 12 samples - Implications for lunar material history
K-U abundance systematics in Apollo 11 and 12 lunar rock suites and earth crust
Fanale, F. P.↗
The behavior of magnitude dependent systematic errors
The objective grating technique is discussed. From the investigation of actual material, it is established that the effect of coma varies significantly from plate to plate, also that a model linear in diameter and/or coordinate may be inadequate for its removal, and even introduce systematic errors. From this standpoint, the requirements of reference star systems are discussed.
Eichhorn, H.↗
Systematic two-dimensional cascade tests. Volume 3: Slotted double circular-arc hydrofoils
Performance parameters are presented for cascades of slotted double circular-arc hydrofoils tested over a range of systematically introduced variables in a rectilinear cascade tunnel which uses water as the test medium. Cascade configurations included various combinations of an inlet flow angle of 50, 60 and 70 deg; a cascade solidity of 0.75, 1.00 and 1.50; a hydrofoil camber angle of 20, 30, 40 and 45 deg; and angles of incidence between positive and negative stall. The slot was positioned at the 45 percent chord station and the slot exit width was 0.047-in. Tests were also performed with the slot positioned at the 35 percent chord station and with slot widths of 0.63 and 0.094-in. These data were correlated to indicate the effects of slot location and slot width on minimum loss incidence and deviation angles. In addition, a comparison is presented of the performance parameters for cascades of slotted and unslotted hydrofoils.
Columbo, R. M.↗
Systematic control of nonmetallic materials for improved fire safety
The elements of a systematic fire safety program are summarized and consist of fire safety criteria, design considerations, testing of materials, development of nonmetallic materials, nonmetallic materials information systems, design reviews, and change control. The system described in this report was developed for the Apollo spacecraft. The system can, however, be tailored to many industrial, commercial, and military activities.
Source record↗