<interdisciplinary studies of the effects of the space environment on biological systems< semiannual status report
Effects of discontinuous exposure to high oxygen low pressure environment on rats - aerospace medicine
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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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Effects of discontinuous exposure to high oxygen low pressure environment on rats - aerospace medicine
Physics research - plasmas, gas dynamics, magnetic effects, neutron absorption, shell theory, elasticity, and radial heat
University of Wisconsin Theoretical Chemistry Institute research program - quantum mechanics, statistical mechanics, biochemistry, numerical analysis, and electromagnetic theory
Metallurgic, thermodynamic, ultrasonic, polymer, and spectroscopic studies in materials science
Rayleigh and Mie scattering, passive microwave radiometry, and linear and nonlinear inversion methods for inferring atmospheric thermal structure from satellite observations
Metabolic adaptation of rats to simulated space environments
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Materials research projects
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Materials science research on inorganic nonmetallic materials, metallic solids, polymers, and solid state physics
Human ecology in space flight - Conference, Princeton, October 1964, Volume 2
Structure, interactions, and topography of solid surfaces, sliding friction, adhesion, wear, and boundary lubrication conference topics
Human ecology in space flight - USN-NASA Conference, Princeton, October 1965, Volume 3
Sliding friction and wear problems under unlubricated and boundary-lubricated conditions
Research status reports in ceramic materials including chemical, mechanical, atomic, and molecular properties
Research in ceramic materials including mechanical properties, crystallography, and deformation
Communication satellites use as educational medium, discussing program organization, student and faculty involvement, course contents and methods
The applications area of the Texas A&M University remote sensing program consists of a series of coactive projects with NASA/MSC personnel. In each case, the Remote Sensing Center has served to complement and enhance the research capability within the Manned Spacecraft Center. In addition to the applications study area, the Texas A&M University program includes coordinated projects in sensors and data analysis. Under the sensors area, an extensive experimental study of microwave radiometry for soil moisture determination established the effect of soil moisture on the measured brightness temperature for several different soil types. The data analysis area included a project which ERTS-A and Skylab data were simulated using aircraft multispectral scanner measurements at two altitudes. This effort resulted in development of a library of computer programs which provides an operational capability in classification analysis of multispectral data.