Decomposition characteristics of a char- forming phenolic polymer used for ablative composites
Decomposition characteristics of char-forming phenol formaldehyde polymer used for ablative composites
PHENOL FORMALDEHYDE↗
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High-temperature spectral emittance of ablation chars and carbon from 0.4 to 2.4 micrometers.
Visible and near IR spectral reflectance and emittance at high temperature of ablation chars, carbon and graphite
SPECTRAL EMISSION↗
Char reflectances and planetary entry heat shields.
Reflectance of pyrolytic graphite and phenolic nylon chars for radiant heat rejection from nonablating heat shield
OPTICAL PROPERTY↗
AN INVESTIGATION OF THE EFFECT OF GAS COMPOSITION ON THE ABLATION BEHAVIOR OF A CHARRING MATERIAL
Chemical interaction between an ablation system, a charring material and high-velocity streams of arc-heated air, nitrogen, and argon
HEAT TRANSFER↗
Effect of Gas Composition on the Ablation Behavior of a Charring Material
Ablation behavior of charring material in high velocity streams of arc heated air, nitrogen, and argon
GAS STREAM↗
Approximate analysis of the performance of char-forming ablators
Approximate analysis of performance of charring ablators
ABLATING MATERIAL↗
Determination of effects of oxidation on performance of charring ablators
Effects of oxidation on performance of charring ablating materials
OXIDATION↗
Hemispherical spectral emittance of ablation chars, carbon, and zirconia to 6,000 deg f.
Optical techniques for high temperature emittance and reflectance studies of ablation material char
SPECTRAL EMISSION↗
Hemispherical spectral emittance of ablation chars, carbon, and zirconia to 3700 deg k
Hemispherical spectral emittance of ablation chars, carbon, and zirconia during atmospheric reentry
ABLATION↗
Thermal diffusivity measurements of graphites and chars using a pulsed laser.
Pulsed laser technique for measuring thermal diffusivity of graphites and chars between 500 and 5000 degrees F
THERMAL DIFFUSION↗
Experimental investigation of a charring ablative material exposed to combined convective and radiative heating.
Charring ablative materials effectiveness in combined convective and radiative heating as reentry shield
MATERIAL TESTING↗
Analysis of the effects of environmental conditions on the performance of charring ablators.
Effectiveness of charring ablators strongly influenced by stream enthalpy level and heating rate
REENTRY SHIELD↗
Parametric study of a low-density charring ablator
Influence of environmental conditions on thermal performance of low density charring ablator
ENVIRONMENTAL TESTING↗
Effect of thermocouple wire size and configuration on internal temperature measurements in a charring ablator
Thermocouple wire size and configuration effects on internal temperature measurements in charring ablator
ABLATING MATERIAL↗
Thermal diffusivity measurements of graphites and chars using a pulsed laser.
Pulsed laser techniques for measuring thermal diffusivity of graphites and chars between 500 and 5000 degrees F
TEMPERATURE DISTRIBUTION↗
An investigation of the mechanisms of heat transfer in low-density phenolic-nylon chars
Conductive heat transfer mechanisms in low density phenolic-nylon chars
Pears, C. D.↗
An analysis of the coupled chemically reacting boundary layer and charring ablator, part 1 Summary report
Analyses and finite difference procedure for predicting transient in-depth response of charring ablation materials
Bartlett, E. P.↗
Measurements of the total surface emittance of charring ablators.
Total normal emittance measurements of charred ablator surfaces, discussing gas cap radiation effect
Pope, R. B.↗