Investigation of the Problems of Lunar and Planetary Exploration Annual Report, 1 Dec. 1964 - 30 Nov. 1965
Problems of lunar and planetary 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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Problems of lunar and planetary exploration
Drawings and characteristics of small portable model of high pressure plasma arc source for stable accurate ultraviolet radiometry
Current-voltage relationship and spectral response of drift field and conventional solar cells in radiation environment
Cycle life and performance tests for nickel- cadmium, silver-cadmium, and silver-zinc cells
Research on digital computer aided analysis of electric circuits
Mechanics of binder and filament reinforced composite materials
Polymers containing silicon-nitrogen bonds as elastomers with high thermal stability for aerospace applications
Space science problems related to planning and directing NASA lunar and planetary programs - cost estimation, mission programming and goals, spacecraft technology, and trajectory studies
Linear autonomous system theory and optimal control analysis for launch vehicle stability and antenna pointing direction
Experimental investigations of advanced superconducting magnets
Hydrogen embrittlement of alloy cathodically charged and notched tensile metals
The Working Group on Extraterrestrial Resources is composed of people from the National Aeronautics and Space Administration (NASA), the U. S. Air Force, the U. S. Navy, Office of Engineers of the U. S. Army, U S. Geological Survey, the Department of Agriculture, and the Rand Corporation. It was organized for the following function: "To evaluate the feasibility and usefulness of the employment of extraterrestrial resources with the objective of reducing dependence of lunar and planetary exploration on terrestrial supplies; to advise cognizant agencies on requirements pertinent to these objectives, and to point out the implications affecting these goals. "
Seismic energy spectrum and attenuation studied in Arizona geological formations for application to lunar surface investigations
Shear wave detection, wave amplitude, velocity, and attenuation in rock formations, seismic measurements, and geophysical studies analog to lunar geology
Linear system synthesis method using state variable feedback from existing physical quantities for closed loop response control system design criteria
Density, moisture content, bearing capacity, shear strength, geology, and petrography of materials representative of lunar soil
Liquid surface profile in cryogenic tank during gas injection
Nondestructive testing techniques for Saturn honeycomb heat shields