Instrumentation for emittance measurements in the 400 deg to 1800 deg f temperature range
Instrumentation for simultaneous measurement of spectral and normal emittance of materials in ambient and vacuum environment at high temperature
SEARCH · Engineering Papers
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.
Instrumentation for simultaneous measurement of spectral and normal emittance of materials in ambient and vacuum environment at high temperature
Spectral normal emittance of materials under simulated space environment
Measurement of total normal emittance of nuclear reactor materials - carbon steel, boron steel, & borated graphite
Temperature dependence of hemispherical emittance of metal and alloy strips in 100- to 1200-deg c range using blackbody vacuum chamber
Hemispherical emittance of structural materials & coatings under simulated spacecraft conditions over wide temperature range
Total normal emittance measurement technique for opaque solid materials over 1000- to 3000-deg f range
Emittance measurement for temperatures to 3000-deg f to provide data on thermal radiation of ceramics for reentry vehicle use
Emittance measurements of ceramic coatings up to 2900 deg kelvin
Emittance measurement for refractory materials to 5000 deg f - temperature & structure dependence
Optical techniques for high temperature emittance and reflectance studies of ablation material char
Thermal emittance of spacecraft radiator coating materials, determining effects of prolonged high temperature and vacuum exposure
Effect of micrometeoroid impact on emittance of solids
Surface emittance effect on turbulent skin friction at supersonic and low hypersonic speeds
Hemispherical spectral emittance of ablation chars, carbon, and zirconia during atmospheric reentry
Estimating values of absorptance to emittance
Emittance measurements of solids above 2000 deg C using calibrated solar furnace
Spectral emittance of surfaces between 200 and 600 deg C - spacecraft applications
Effect of micrometeoroids on emittance of solids