NASA AND THE UNIVERSITIES. PRINCIPAL ADDRESSES AT THE GENERAL SESSIONS
Space exploration & space science - conference addresses
SEARCH · Search NASA
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Space exploration & space science - conference addresses
Fortran program for computing moments of inertia of rigid molecules
Human performance during prolonged stay in low pressure chamber
Intensity-altitude distribution of night airglow principle emission lines
Airglow lines measured through photometers on OGO-II satellite, noting nadir and zenith airglow
Geophysics project to study solar and terrestrial phenomenon - International Quiet Sun Year
Integral equations for principle factors determining directional pattern of dielectric antenna
Mechanical properties of lunar surface materials, macroscopic features of local terrain, engine exhaust effects on landing site, and other scientific observations by Surveyor III
Theory, equipment and design considerations for microfog lubricant for advanced turbine engine components
Airglow lines measured through photometers on OGO-II satellite, noting nadir and zenith airglow
Surveyor 5 measurements of chemical elements and magnetic properties of lunar surface composition
Doubly excited states of hydrogen of high quantum number and electron atom ionization
Rock fragments and grain size of lunar soil at Surveyor 7 landing site
Fine lunar surface material properties at Surveyor 3 landing site
There are at this date numerable projects, in various Divisions of U.A.C., either in progress or contemplated, which are employing the vortex generator mixing principle. This principle is defined as the method which utilises tip vortices generated by low aspect ratio airfoils for the purpose of transverse mixing of the flow of a confined fluid medium where the axis of the vortex is parallel to the direction of flow. To date, vortex generator design criteria have not been published. Therefore, for the assistance of those individuals concerned and in the interest of the vortex mixing principle, the following material (subject to modifications) is presented in this memorandum report.
Lunar surface analyses at five Surveyor landing sites
Surveyor 5 Mare Tranquillitatis landing site similarity to Oceanus Procellarum sites, discussing surface material elemental composition and lunar structure
Doublet structure suppression in mixtures of cesium and foreign gases, discussing absorption observations