Preliminary discussion of an acid-aniline propellant booster rocket of 100,000 lb-sec impulse /the ''short snoter''/
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Seifert, H. S.↗
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Results for “impulse”
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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Behavior of plastics under impulsive stress
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Flom, D. G.↗
Grid electrode ion rockets for low specific impulse missions
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Childs, J. H.↗
Recent progress in high specific impulse thermo-ionic acceleration.
Thermionic cathode jet accelerator performance data and comparison between hydrogen and deuterium propellant use
ION ENGINE↗
Minimum detectable change in interaural time or intensity difference for brief impulsive stimuli.
Minimum detectable change in interaural time and intensity difference as function of overall intensity for dichotic clicks
SOUND LOCALIZATION↗
The Response of an Unbounded Atmosphere to Point Disturbances. II - Impulsive Disturbances
Response of unbounded and isothermal atmosphere to point disturbances
GROUP VELOCITY↗
Impulse propulsion gains resulting from 'free' retanking of propellants on various orbits and stations at the Earth, the Moon, Mars, and Venus
Evaluation of extraterrestrial resources to supply propellants for refueling rockets at various stations during interplanetary flight
INTERPLANETARY FLIGHT↗
A comparative performance analysis of pyroelectric heat-transfer sensors for use in hypersonic impulse facilities.
Pyroelectric heat-transfer sensor performance compared with thin skin thermocouple heat sensors, noting discrepancy in measurement results in severe environment
HYPERSONIC WIND TUNNEL↗
On multi-impulse optimum trajectories ob optimal'nykh trayektoriyakh so mnogimi impul'- sami
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GRAVITY↗
Fortran 4 program for two-impulse rendezvous analysis
Program determines if rendezvous in near space is possible, and performs an analysis to determine the approximate required values of the magnitude and direction of two thrust applications of the upper stage of a rocket firing. The analysis is performed by using ordinary Keplerian mechanics.
Barling, W. H., Jr.↗
Trajectory design for impulsive Earth-Mars- Earth trajectories launched in 1969 and 1971
Trajectory design and associated computer programs for spacecraft ballistic Earth-Mars round-trip mission
INTERPLANETARY SPACECRAFT↗
Auroral zone electron precipitation accompanying a sudden impulse in the geomagnetic field
Auroral zone electron precipitation accompanying sudden commencement of geomagnetic storms
AURORAL ZONE↗
Trajectory design for impulsive Earth-Mars- Earth trajectories launched in 1969 and 1971.
Trajectory design for spacecraft which returns in vicinity of earth after Mars encounter analyzed by patched conic model
PLANETARY SPACECRAFT↗
Pyroelectric heat-transfer sensors for hypersonic impulse facilities.
Pyroelectric heat-transfer sensor performance compared with thin skin thermocouple heat sensors, noting discrepancy in measurement results in severe environment
PYROELECTRICITY↗
Auroral-zone electron precipitation accompanying a sudden impulse in the geomagnetic field.
Auroral zone electron precipitation occurring in strong transient magnetic disturbances observed by bremsstrahlung
MAGNETIC FIELD DISTURBANCE↗
One-dimensional wave motion in prismatic bars due to impulse loads with and without Coulomb damping
Friction induced one dimensional wave propagation in rods
Tomlin, D. D., Jr.↗
A survey of impulsive trajectories Final report
Literature survey of astrodynamics problems on intercept, transfer, and rendezvous trajectories
Doll, J. R.↗
Optimum two-impulse orbital transfer and rendezvous between elliptical orbits
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Mc Cue, G. A.↗