Copolymerization of the Leuchs anhydrides of the eighteen amino acids common to protein
Copolymerization of Leuchs anhydrides of eighteen amino acids common to protein
PROTEIN↗
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Results for “Commonality”
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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Establishing a common denominator in welding
Time-temperature relationship as common denominator in welding - application to inert gas arc welding and electron beam welding
TEMPERATURE EFFECT↗
Infrared spectral reflectance of some common minerals.
IR spectral reflectance of some common minerals and use in identifying extraterrestrial surfaces
INFRARED REFLECTION↗
Some integration formulae which simplify the evaluation of certain integrals in common use by engineers
Integration formulas to simplify evaluation of certain commonly used integrals
INTEGRAL↗
Common Bulkhead Joint Development and Evaluation Final Report
Optimized composite welded joint design for Saturn booster common bulkhead
HONEYCOMB↗
Reduction of declinations of paris observed by the ILS from 1900 to 1935 to a common system
Reduction of declinations and proper motions of star pairs observed by International Latitude Service from 1900 to 1935 to common system
ASTRONOMY↗
Copolymerization of the Leuchs anhydrides of the eighteen amino acids common to protein.
Simultaneous copolymerization of Leuchs anhydrides of 18 amino acids common to protein, discussing nutritional significance
NUTRITION↗
Technological requirements common to manned planetary missions. Appendix A - Mission requirements
Performance requirements common to manned mission objectives and modes for Mercury, Venus, Mars, Jupiter/Ganymede, and asteroids Ceres and Vesta
Meston, R. D.↗
Technological requirements common to manned planetary missions Final report
Technological requirements common to manned planetary missions, including environments, system characteristics, aerobraking, and guidance and navigation
Meston, R. D.↗
Technological Requirements Common to Manned Planetary Missions. Appendix D - System Synthesis and Parametric Analysis Final Report
System synthesis and parametric module design criteria based on technological requirements common to manned interplanetary missions
Meston, R. D.↗
Technological requirements common to manned planetary missions. Appendix B - Environments Final report
Meteoroid, thermal, and radiation protection requirements common to manned planetary missions
Meston, R. D.↗
The molecular biology of nitrogen fixing nodules in common legumes Annual report
Molecular biology of nitrogen fixing nodules in common legumes
Thorogood, E.↗
Propellant selection for unmanned spacecraft propulsion systems. Volume 3 - Study of propulsion stage commonality and attitude control systems requirements, phase 2 Final report
Feasibility of common stage for alternate space missions and attitude control systems for unmanned spacecraft propulsion system
Source record↗
The less common refractory metals /rhenium, technetium, hafnium, noble metals/.
Less common refractory metals /rhenium, technetium, hafnium, noble metals/ properties, phase equilibria, etc
Maltz, J.↗
Identity of a common contaminant of Apollo 11 lunar fines and Apollo 12 York meshes
Apollo 11 and 12 lunar soil samples common contaminant identified as diisopropyl disulfide, using chromatograph mass spectrometer
Flory, D.↗
Definition of a common module series for the NASA candidate experiment program for manned space stations
Common module series for NASA candidate experiment program for manned space stations in 1975-1985 era, discussing configuration and subsystem design
Taylor, G. E., Jr.↗
Thermal control for storage of cryogenic propellants in a common-bulkhead tank: A concept
Simple, reliable ground-hold refrigeration system for common-bulkhead tank meets design criteria and objectives for ground-hold of oxygen difluoride and diborane. System is failsafe and malfunctions can be rectified without interruption of basic system functions.
Stone, G. R.↗
Signal sequence detection given noisy, common background image sets.
The optimum processing (likelihood functional) is found for a set of M images, each the sum of a member of a signal sequence due to an object to be detected and its parameters estimated, a sample function of a noise field, and a sample function of a common background field. The noise fields are independent, zero mean, white Gaussian fields, all independent of the background field. The latter is assumed to be either (1) completely unknown or of known mean and covariance functions with (2) a certain fluctuation property or (3) Gaussian. Three equivalent forms of the optimum processing are found: (1) a summation of generalized matched filterings of the images, (2) a summation of matched filtering of certain generalized differences of the images, and (3) a summation of 'estimator-correlator' type filterings. The detection performance and optimum signal/image selection under the Neyman-Pearson criterion is given, and is shown that optimum processor and signal design can completely eliminate any effect of the background on detectability.
Harger, R. O.↗