Ablative response of a silica phenolic to simulated liquid propellant rocket engine operating conditions
Ablative response of silica phenolic to simulated liquid propellant rocket engine operating conditions
Wool, M. R.↗
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Results for “ABLATION”
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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Computer program for the transient response of ablating axisymmetric bodies including the effects shape change
Computer program for analyzing transient response of ablating axisymmetric bodies including effects of shape change
Howser, L. M.↗
On chemical reactions in the char zone during ablation
Analysis of reacting flow of pyrolysis products through char layer of low density, nylon phenolic resin, charring ablators and porous graphite
April, G. C.↗
Modeling reacting gas flow in the char layer of an ablative heat shield during reentry
Ablative heat shield char layer, examining reacting nonequilibrium pyrolysis gas flow
April, G. C.↗
Ablative material response to CO2 laser radiation
Ablative materials performance in high radiative heat flux environments produced by CW carbon dioxide laser
Brewer, W. D.↗
An analytical model for hypersonic ablation of thoria dispersed nickel chromium alloy
Thoria dispersed Ni-Cr alloy hypersonic entry ablation model, accounting for Cr oxidation
Goldstein, H. E.↗
Ablation and luminosity of artificial meteors
Artificial meteors ablation and luminosity measurements, using ballistic range shadowgraph and radiometric equipment for velocity history, shock wave formation and mass loss process
Givens, J. J.↗
An exploratory study of the roll behavior of ablating cones
Cone roll dynamics-ablation patterns coupling in hypersonic wind tunnels
Mcdevitt, J. B.↗
Characterization of an epoxy-anhydride ablative system using computer treatment of analytical results
Epoxy novolac resin-cured alicyclic anhydride amine-catalyzed ablative polymers molecular structure from computer correlation of analytical data
Pendleton, E. L.↗
The synthesis and characterization of some potential ablative polymers
Ablative polymers synthesis from formaldehyde, phenols and ethers reaction products, discussing char yield, thermally stable fillers incorporation and thermogravimetric analysis
Eddy, R.↗
Graphite ablation at high temperatures
Graphite ablation under high temperatures for large outer planets entry probes, correlating mass loss rates with surface temperatures and specimen nose cone radii
Dickey, R. R.↗
Radiative, ablative, and active cooling thermal protection studies for the leading edge of a fixed-straight wing space shuttle
Performance prediction of fixed wing leading edges radiative, ablative and active cooling thermal protection systems and system weights comparison for space shuttle entry mission
Curry, D. M.↗
Modeling reacting gas flow in the char layer of an ablator
Nonequilibrium modeling of pyrolysis gas products flow through char layer of ablative heat shield
April, G. C.↗
Ablation and breakup of large meteoroids during atmospheric entry
Large meteoroids ablation and breakup mathematical model, estimating Mars atmosphere effectiveness as shield against surface impact craters production
Baldwin, B.↗
Summary of the NASA-SRI Round Robin Ablation Program
NASA-SRI Round Robin Ablation Program summary, discussing dimensional analysis, Teflon, nylon and surface temperature
Clark, C. F.↗
Ablative heat shields for Jupiter entry probes
Jupiter atmosphere entry probes graphite ablative heat shields performance, indicating convective and radiative blockage and graphite sublimation processes in surface heat balance
Lundell, J. H.↗
Reflecting and ablating heat shields for radiative environments
Reflecting and ablating Teflon heat shields for radiative environment of outer planets atmosphere
Howe, J. T.↗
Chemical modification of poly(p-phenylene) for use in ablative compositions
Development of ablative materials based on modification of polyphenylene compounds is discussed. Chemical and physical properties are analyzed for application as heat resistant materials. Synthesis of linear polyphenylenes is described. Effects of exposure to oxyacetylene flame and composition of resultant char layer are presented.
Parker, J. A.↗