The fluid transpiration arc as a radiation source for solar simulation Semiannual progress report, 1 Jan. - 30 Jun. 1967
Fluid transpiration arc radiation source for solar simulation
SOLAR SIMULATION↗
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Results for “Transpiration”
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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Experimental results of a transpiration-cooled turbine operated in an engine for 150 hours at 2500 F turbine inlet temperature.
Testing of transpiration air cooled turbine, discussing blade fabrication
AIR COOLING↗
Local temperature variations of a transpiration-cooled wall due to radiant heating.
Temperature difference between solid and gas of transpiration cooled wall due to radiant heating
POROUS WALL↗
Microclimate, Water Potential, Transpiration, and Bole Dielectric Constant of Coniferous and Deciduous Tree Species in the Continental Boreal Ecotone of Central Alaska
Tree canopy microclimate, xylem water flux and xylem dielectric constant have been monitored in situ since June 1993 in two adjacent natural forest stands in central Alaska. The deciduous stand represents a mature balsam poplar site on the Tanana River floodplain, while the coniferous stand consists of mature white spruce with some black spruce mixed in. During solstice in June and later in summer, diurnal changes of xylem water potential were measured to investigate the occurrence and magnitude of tree transpiration and dielectric constant changes in stems.
bole dielectric constant coniferous trees deciduou↗
Canopy Transpiration in a Chronosequence of Central Siberian Pine Forests
Tree transpiration was measured in 28, 67, 204 and 383 - year old uniform stands and in a multi-cohort stand (140 t0 430) of Pinus sylvestris ssp. sibirica Lebed. in Central Siberia during August of 1995.
transpiration canopy conductance microclimate xyle↗
Thermal transpiration in microsphere membranes
Self-assembled glass microsphere membranes as an alternative transpiration membrane for application in a Knudsen Compressor are discussed.
thermal↗
Oxidation resistant materials for transpiration cooled gas turbine blades. 1 - Sheet specimen screening tests
Oxidation resistant alloys tested for suitability as transpiration cooled gas turbine blades
Cole, F. W.↗
Development of a 50 kW fluid transpiration arc solar simulator Final report
Development of 50 kW fluid transpiration arc solar simulator
Simon, D. R.↗
The fluid transpiration arc as a radiation source for solar simulation Semiannual progress report, Jul. 1 - Dec. 31, 1967
Design and instrumentation of fluid transpiration arc as radiation source for solar simulation
Korman, S.↗
Transpiration cooling system development for reentry vehicles
Transpiration cooling system for reentry vehicles
Deriugin, V.↗
Local temperature variations of a transpiration-cooled wall due to radiant heating.
Temperature difference between solid and gas of transpiration cooled wall due to radiant heating
Anderson, J. E.↗
Transpiration cooling correlations for air and nonair free streams.
Heat transfer and skin friction correlations for transpiration cooling in air and nonair free streams, noting Stanton number and recovery factor
Hartnett, J. P.↗
A study of thermal transpiration for the development of a new type of gas pump.
Gas pump utilizing thermal transpiration in porous media, noting variation of performance with porous media geometric properties
Altman, M.↗
Analytical study of flow reduction due to oxidation of wire-form porous sheet for transpiration cooled turbine blades
Flow reduction due to oxidation of wire-form porous materials for transpiration cooled turbine blades
Kaufman, A.↗
A study of thermal transpiration for the development of a new type of gas pump.
Thermal transpiration for performance prediction and development of gas pump
Altman, M.↗
Downstream cooling effectiveness of massive upstream transpiration from a slender cone.
Radiation equilibrium temperature measured downstream of transpiration cooled gas flow near slender cone vertex in continuous flow hypersonic tunnel
Dunavant, J. C.↗
Explorator heat-transfer measurements at Mach 10 on a 7.5 deg total-angle cone downstream of a region of air and helium transpiration cooling
Heat transfer measurements at Mach 10 on total angle cone downstream of air and helium transpiration cooling region
Dunavant, J. C.↗
Correction of pressure data for thermal transpiration effects in pneumatic lines
Thermal transpiration effects on pressure measurements along length of pneumatic tube
Daggerhart, J. A.↗