Ablation in a radiative environment
Radiative heating rates and gas environments effects on ablative material performance from tests at arc image facility
Baker, E. J., Jr.↗
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Results for “Ablative”
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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An exploratory study of the roll behavior of ablating cones
Cone roll dynamics-ablation patterns coupling in hypersonic wind tunnels
Mcdevitt, J. B.↗
Ablative material performance in high radiative heat flux environments produced by a CO2 laser
Ablative materials performance in high radiative heat flux environments produced by CW carbon dioxide laser
Brewer, W. D.↗
The effect of gas phase chemical reactions on heat transfer to a charring ablator
Gas phase chemical reactions effect on heat transfer to charring ablator, deriving numerical solution for multicomponent stagnation point flow
Gomez, A. V.↗
Crosshatched ablation patterns in Teflon
Teflon crosshatched ablation patterns elimination by grooving or glass filler addition
Larson, H. K.↗
On methods for determining the composition of pyrolysis products from ablative composites
Charring ablative composites pyrolysis products composition determination, comparing chemical analysis techniques
April, G. C.↗
Analysis of charring ablation with description of associated computing program
Analysis of charring ablation with description of associated computing program
Matting, F. W.↗
Low cost ablative heat shield for space shuttles Final report, Apr. - Nov. 1970
Low cost, ablative heat shield for space shuttles
Source record↗
Ablation performance of glasslike carbons, pyrolytic graphite, and artificial graphite in the stagnation pressure range 0.035 to 15 atmospheres
Ablation performance of glasslike carbons, pyrolytic graphite, and artificial graphite in stagnation pressure range 0.035 to 15 atm
Maahs, H. G.↗
Ablation structures Patent
Design, development, and characteristics of ablation structures
Meyer, A. J., Jr.↗
Ablative performance of various low-density elastomeric composites
Performance of low density silicone-phenolic and commercial ablative composites
Howell, W. E.↗
Determination of the effects of liquid injectants on nozzle ablative performance Final report
Evaluating effect of liquid fuel injectants on ablative performance of low cost nozzle materials
Le Febvre, C. A.↗
Low cost ablative heat shields for space shuttles
Development of low cost ablative heat shields for space shuttles
Cecka, A. M.↗
Low cost fabrication method for ablative heat shield panels for space shuttles
Fabrication of low cost ablative heat shield panels for space shuttles
Abbott, H. T.↗
Method and apparatus for making a heat insulating and ablative structure Patent
Method and apparatus for fabrication of heat insulating and ablative reentry structure
King, R. W.↗
Ablation sensor Patent
Ablation sensor for measuring char layer recession rate using electric wires
Le Bel, P. J.↗
Low cost ablative heat shields for space shuttles Final report
Fabrication of prototype low density ablative heat shield panels for space shuttles with production cost estimates
Freeder, H.↗
Numerical analysis of the transient response of ablating axisymmetric bodies including the effects of shape change
Differential equations governing transient response of ablating axisymmetric orthotropic bodies and effect of shape change
Howser, L. M.↗