The effects of molecular structure on the thermochemical properties of phenolics and related polymers
Effects of molecular structure on thermochemical properties of phenolic resins and related polymers
Parker, J. A.↗
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Results for “phenol”
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 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.↗
Experimental and theoretical investigation of the ablative performance of five phenolic-nylon-based materials
Theoretical analysis of five composite ablation materials with various percentages of phenolic resin, powdered nylon, and silica
Mc Lain, A. G.↗
Friction and wear in cryogenic liquids for composites of phenolic and of polytetrafluoroethylene of various particle sizes and concentrations
Friction and wear in cryogenic liquids for phenolic and polytetrafluoroethylene composites of various particle sizes and concentrations
Johnson, R. L.↗
The effects of molecular structure on the thermochemical properties of phenolics and related polymers
Molecular structure effects on thermochemical properties of phenolic resins and related polymers
Miles, B. H.↗
Effects of cross-link density and polymer structure on thermal analysis of phenol-formaldehyde polymers
Cross link density and polymer structure effects on thermal analysis of phenol formaldehyde polymers
Parker, J. A.↗
An investigation of some thermal and mechanical properties of a low-density phenolic-nylon ablation material Final report
Thermal and mechanical properties of phenolic nylon ablation materials
Pears, C. D.↗
A study of the performance of low-density phenolic-nylon ablators
Ablative effectiveness of low density phenolic nylon materials
Howell, W. E.↗
The development of hexagonal and nonhexagonal cell phenolic honeycomb as an energy- dissipating material.
Hexagonal and nonhexagonal cell phenolic honeycomb design as energy dissipating material noting processing, composite constituents, cell configuration and usage environment
Knoell, A. C.↗
Phenolic cutter for machining foam insulation
Pre-pregged fiber glass is an efficient abrasive for machining polystyrene and polyurethane foams. It bonds easily to any cutter base made of aluminum, steel, or phenolic, is inexpensive, and is readily available.
Blair, T. A.↗
Flight test of high-density phenolic-nylon on a spacecraft launched by the pacemaker vehicle system
Flight tests of polyamide phenolic resins ablative nose cones
Witte, W. G.↗
Thermal cracking of phenolic-nylon pyrolysis products on passing through a heated char
Thermal cracking of phenolic-nylon pyrolysis products analyzed on passing through heated char
Sykes, G. F., Jr.↗
An experimental study of a carbon-phenolic ablation material
Experimental ground tests of carbon-phenolic heat shield material
Sutton, K.↗
Surface recession of phenolic nylon in low- density arc-heated air
Surface recession of low density phenolic nylon in arc heated air using stagnation point models, noting char removal processes
Bertin, J. J.↗
Comparative performance of phenolic nylon in arc-heated streams of nitrogen, air, and nitrogen-carbon dioxide
Phenolic nylon ablative thermal effectiveness in arc heated nitrogen, air and nitrogen-carbon dioxide streams
Bertin, J. J.↗
Effects of cross-link density and polymer structure on thermal analysis of phenol-formaldehyde polymers
Polymer structure and cross-link density effects on thermal analysis of phenol-formaldehyde polymers pyrolysis products
Parker, J. A.↗
Phenolic aldehydes - Generation from fossil woods and carbonaceous sediments by oxidative degradation
Phenolic aldehydes generated from lignin in fossil woods and carbonaceous sediments by oxidative degradation
Barghoorn, E. S.↗
Analysis of the thermal response of high density phenolic nylon on a spacecraft launched by the Pacemaker vehicle system
Ablation sensors and thermocouples used to measure thermal response of phenolic-nylon material of spacecraft launched by Pacemaker vehicle system
Witte, W. G.↗