Performance of charring ablative materials in the diffusion-controlled surface combustion regime.
Ablative behavior of low and high density phenolic nylon in diffusion controlled surface combustion regime
Dickey, R. R.↗
Engineering topics
Lundell, J. H.
Publications and source records attributed to Lundell, J. H..
The effect of oxygen depletion in gas-phase chemical reactions on the surface recession of charring ablators.
Oxygen depletion effect in chemical reactions between pyrolysis gases and air stream on surface recession of charring ablators
Dickey, R. R.↗
The development of polybenzimidazole composites as ablative heat shields
Polybenzimidazole synthesis, ablative screening tests, and char formation in PBI composites
Dickey, R. R.↗
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↗
Experimental investigation of a charring ablative material exposed to combined convec- tive and radiative heating in oxidizing and nonoxidizing environments
Interaction between material ablation products and simulated atmosphere entry heat studied in tests on phenolic nylon
ABLATING MATERIAL↗
SIMULATION OF CONVECTIVE AND RADIATIVE ENTRY HEATING
Description of ames entry heating simulator, a facility which is capable of simulating both the convective and radiative modes of heat transfer
SPACE SIMULATOR↗
Viscous flows in inlets
Explore the source record for details and available documents.
Anderson, L. A.↗