A maximum principle re-entry study
Mathematical model of maximum principle of Pontryagin used to find point-to-point reentry trajectory of space vehicle
REENTRY TRAJECTORY↗
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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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A flight and wind tunnel investigation of the effect of angle-of-attack rate on maximum lift coefficient
Wind tunnel tests to determine effect of angle of attack on maximum lift at stall for half-wing models, and single engine, jet propelled aircraft
JET AIRCRAFT↗
On the maximum magnetic moment of venus.
Maximum magnetic moment of Venus from magnetic field and solar wind measurements obtained by Mariner II
VENUS PROBE↗
The radiation belt boundary near solar cycle maximum as determined from the trapping of energetic electrons.
Radiation belt boundary determined by trapping boundary for energetic electrons during solar cycle maximum period
VAN ALLEN BELT↗
In-tank shutoff valve is provided with maximum blast protection
In-tank shutoff valve is installed with the valve poppet and actuator inside the tank to provide maximum blast protection during rocket engine test operation. This valve design is applicable wherever explosive fuels are used and is currently being used in lox and liquid hydrogen tanks at a rocket engine test site.
Holden, C. F.↗
Maximum lift-to-drag ratios of a slender, flat-top, hypersonic bodies, part 1
Maximum lift-drag ratios for slender flat-top homothetic bodies flying at hypersonic speeds
HYPERSONIC SPEED↗
Study and analysis of satellite power systems configurations for maximum utilization of power Quarterly progress report no. 2, 19 Aug. - 18 Nov. 1965
Satellite electric power system configurations for maximum utilization of power - systems analysis
OPTIMIZATION↗
Maximum Likelihood Estimation and Conservative Confidence Interval Procedures in Reliability Growth and Debugging Problems
Maximum probability estimators and conservative confidence interval models for reliability growth problems with debugging phase
MATHEMATICAL MODEL↗
Variant method for determining maximum Chlorella photosynthesis
Determination of maximum Chlorella photosynthesis
GROWTH↗
One-dimensional approach to the maximum lift- to-drag ratio of a slender, flat-top, hypersonic wing
One-dimensional approach to maximum lift-drag ratio of slender, flat-top, affine wing at hypersonic speeds
FLAT SURFACE↗
Two-dimensional approach to the maximum lift- to-drag ratio of a slender, flat-top, hypersonic wing
Two-dimensional approach to maximum lift-drag ratio of slender, flat-top, wing at hypersonic speeds
FLAT SURFACE↗
Study and analysis of satellite power systems configurations for maximum utilization of power Third quarterly progress report, 19 Nov. 1965 - 18 Feb. 1966
Satellite power system configurations for maximum utilization of power
SYSTEMS ANALYSIS↗
Effects of micrometeoroid cratering on the direction of the axis of maximum moment of inertia
Micrometeoroid cratering effects on axis direction of maximum moment of inertia
VELOCITY DISTRIBUTION↗
Instrument system for determining temperature effects on maximum induction of magnetic materials
Electronic instrument system for determining temperature effects on maximum induction of magnetic materials
MAGNETIC MATERIAL↗
Positive ion temperatures above the F-layer maximum
Positive ion temperatures above F layer maximum from Ariel I satellite ion mass analyzer
ARIEL I SATELLITE↗
A synoptic view of ionic constitution above the F-layer maximum
Ionic composition above F layer maximum from Ariel I satellite ion mass spectrometer
F LAYER↗
Two-dimensional, Power-law Wings of Maximum Lift-to-drag Ratio in Hypersonic Flow
Maximum lift-to-drag ratios of two-dimensional, slender, power-law wings in hypersonic flow
LIFT-DRAG RATIO↗
Study and analysis of satellite power systems configurations for maximum utilization of power Fifth quarterly progress report, 18 May - 18 Jul. 1966
Analysis of satellite electric power systems configurations for maximum power use
ENERGY CONVERTER↗