Design study for lunar exploration hand tools Third quarterly report
Powered geologist tool and auxiliary geological sampling hand tools for use in lunar exploration
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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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Powered geologist tool and auxiliary geological sampling hand tools for use in lunar exploration
Lunar exploration hand tools - device for specimen extraction, examination aids, specimen transport device, weighing device, and topographical surveying instruments
Parabolic reflector properties and gravity gradient effects analyzed for large orbiting radio telescope
Mass spectrometer sensor system for determining partial pressure of nitrogen-oxygen spacecraft atmosphere
Regeneratively cooled nozzle for tungsten water moderated nuclear rocket system
Program considerations and results of feasibility study for small, recoverable lifting reentry vehicle test bed launched by Scout vehicle
Feasibility of Scout launched small lifting reentry vehicle for testing materials and thermostructures of full scale reentry vehicles
Lunar gravity system to evaluate lunar surface vehicle
V/stol concepts for short haul commercial aircraft compared for gross weight, operating cost, gust sensitivity and noise levels
Operating and maintenance procedures manual for prototype in-space nondestructive ultrasonic and radiographic test units
Feasibility of nondestructive testing in space environment - proposed flight hardware for prototype nondestructive test unit
Performance characteristics of two passive communications satellite configurations using solar radiation for stationkeeping
S band turnaround ranging transponder
Linearized dynamic equations and mechanical model for propellant sloshing in Lunar Excursion Module Descent Propulsion System /LEMDPS/
Optimization of interferometer and ellipsoidal reflectometer to measure reflectance of opaque materials
Semigraphical method to aid selection of descent trajectory compatible with mission constraints
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This study program was conducted to obtain a sound theoretical understanding of and a valid analytical method for predicting the performance of porous plate water boilers.