Thermal design of inflatable spherical shadow shields.
Heat transfer from inflatable spherical balloon shadow shield to spherical cryogen storage tank, noting several design factors and extensions of previous work
Campbell, J. P.↗
SEARCH · Search NASA
Results for “SHADOW”
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.
Experimental studies on shadow shields for thermal protection of cryogenic tanks in space
Shadow shields for thermal protection of cryogenic tanks in space
Bartoo, E. R.↗
Thermal analysis of shadow shields and structural members in a vacuum
Thermal analysis of shadow shields and structural members in space environment
Boyle, R. J.↗
Conceptual design and analysis of shadow shield systems for thermal protection of cryogenic propellants Interim report
Conceptual design and analysis of shadow shield systems for thermal protection of cryogenic propellants
Gabron, F.↗
Diffraction theory of shadow knife and slit photometric methods
Diffraction theory of shadow knife and slit photometric methods
Vasilyev, L. A.↗
Particle shadowing by the moon.
Moon effect on intensity and angular distribution of energetic electron and proton shadowing as observed by Explorer satellites
Ness, N. F.↗
Temperature distribution in shadowed lunar craters.
Temperature distribution in shadowed lunar craters formulated in Fredholm integral equations, showing constant temperature and correction for soil thermal inertia
Adorjan, A. S.↗
Diffraction theory of shadow knife and slit photometric methods
Diffraction theory of shadow knife and slit photometric methods
Vasilyev, L. A.↗
Design and fabrication of shadow shield systems for thermal protection of cryogenic propellants Final report
Design and fabrication of shadow shield system for thermal protection of liquid hydrogen propellant tank
Source record↗
Satellite shadows on Jupiter as probes of its upper atmosphere
Photometric profiles of Jupiter shadows cast by large natural satellites used as upper atmosphere probes
Kastner, S. O.↗
Temperature distribution in shadowed lunar craters
Temperature distribution in shadowed lunar craters formulated in Fredholm integral equations, showing constant temperature and correction for soil thermal inertia
Adorjan, A. S.↗
Glorified shadows in molecular scattering - Some optical analogies
Glorified shadows in molecular beam scattering, considering undulation spacing, bound states number and extrema amplitudes in terms of optical analogies
Kong, P.↗
Method to determine sense and magnitude of electric field from lunar particle shadows
Electric field sense and magnitude determination from lunar particle shadows in solar electron fluxes
Anderson, K. A.↗
Computer program for thermal analysis of shadow shields in a vacuum
Computer program determines temperature profiles and heat transfer rates for shadow shielded cryogenic tank. Tank, shields, and thermal radiation heat source are all axisymmetric. Thermal analysis considers varying shield and tank temperatures, surface properties, and geometric arrangements. Similar heat source properties are also considered.
Boyle, R. J.↗
The shadow band phenomenon
Shadow band phenomenon observed during solar eclipses and visible only minutes preceeding and following totality
Daly, C. J.↗
The shadow band phenomenon
Shadow band observations during 7 March 1970 solar eclipse, determining spectral energy distribution from magnetic tape recordings of collimated photocells output
Daly, C. J.↗
Analysis of effects of shadowed and open solar cells on orbital workshop solar cell array performance
Hot spots and voltage breakdowns due to open or shadowed solar cells, studying effect in orbital workshop array
Jett, P. L.↗
Zero gravity shadow shield aligner
Apparatus for aligning shadow shields and cryogenic storage tanks in outer space with the sun
Howard, F. S.↗