Diffusion of gases in polymeric foams
Mathematical method for determining diffusion behavior of gases in rigid polymeric foams
Cuddihy, E. F.↗
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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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Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain
Saturated hydrocarbon polymeric binder for solid propellant and hybrid propellant grains
Potts, J. E.↗
High thermal conductivity polymeric materials for spacecraft use Interim summary report, 1 Jul. 1966 - 1 Jun. 1968
High thermal conductivity polymeric materials for spacecraft electronic equipment use
Jenkins, R. K.↗
Polymeric Schiff bases. 16. Alternate syntheses for the iminobenzylidene polymers
Direct synthesis of iminobenzylidene polymers by polymerization of selected monomers
Dalelio, G. F.↗
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain, 1 January - 31 March 1968
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grains
Potts, J. E.↗
Thermal degradation analysis of polymeric materials by combined mass spectrometric and thermogravimetric analysis
Thermal degradation of polymeric materials analyzed by combined mass spectrometric and thermogravimetric technique
Hamaker, F. M.↗
The direct synthesis of crosslinked polymeric azomethines
Char yields of synthesized crosslinked polymeric azomethines
Dalelio, G. F.↗
An experimental investigation of the hypergolic ignition of some polymeric fuels with oxygen
Hypergolic ignition of polymeric fuels with oxygen
Kershner, S. D.↗
Study of crystalization, crosslinking and dimensional changes during the crystal-liquid phase transition of oriented polymeric systems Semiannual report for period ending 1 Sep. 1968
Crystallization, crosslinking, and dimensional changes during crystal-liquid phase transition of oriented polymeric systems
Mandelkern, L.↗
The effect of time of heating on the thermal polymerization of L-lysine
Effect of time of heating on thermal polymerization of L lysine
Bugna, E.↗
Accelerated Testing of the Mechanical and Thermal Integrity of Polymeric Materials
Long time mechanical and thermal stability of polymeric materials predicted from accelerated testing at increased temperature-time relations
Hamaker, F. M.↗
Testing of polymeric materials for use in multiple-ply expulsion bladders for cryogenic liquids.
Polymeric materials in expulsion bladders for cryogenic liquids, describing fabrication, flexibility, permeability, storage, transfer, control factors, etc
Penner, J. E.↗
Polymeric Schiff bases. II.
Continuous azeotropic method for preparing high yields of azomethine monomers, including new polymeric Schiff bases, azines and ketanils
Crivello, J. V.↗
Polymeric Schiff bases. III.
Amine moiety exchange in polymeric Schiff bases for monofunctional and difunctional reactants, noting volatility and aldehyde and acetyl exchanges
Crivello, J. V.↗
Polymeric Schiff bases. IV.
Polymeric Schiff bases produced in quantitative yields by reaction of acetals of aryl aldehydes with aryl amines
Dalelio, G. F.↗
Polymeric Schiff bases. VI.
Black high molecular weight polymeric Schiff bases synthesis from aryldiamines and aryldialdehydes
Crivello, J. V.↗
Polymeric Schiff bases. VII.
Polymeric Schiff bases, describing thermogravimetric analysis of poly/p-xylylidene- p-phenylenediamine/ in gases concerning thermal stability in changing gas flow rates
Crivello, J. V.↗
Polymeric Schiff bases. VIII.
Polyketanils synthesized and evaluated, noting insoluble infusible black polymers closely approximate to polymeric Schiff bases in thermal stability
Dalelio, G. F.↗