Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grains Quarterly report no. 3, 1 May - 31 Jul. 1966
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grains
PROPELLANT BINDER↗
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Results for “Grain”
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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Metal grains in chondritic meteorites.
Metal grains in 34 chondritic meteorites examined by electron microprobe
CHONDRITE↗
Effects of grain size on tensile and creep properties of arc-melted and electron-beam- melted tungsten at 2250 deg to 4140 deg F.
Grain size effects on tensile and creep properties of arc-melted and electron-beam-melted tungsten
ARC MELTING↗
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain Quarterly report, 1 Aug. - 31 Oct. 1966
Saturated hydrocarbon polymeric binder materials prepared for advanced solid propellant and hybrid solid grain
SOLID PROPELLANT↗
On the formation of graphite grains in cool stars
Graphite grain formation in cool stars examined on basis of molecular equilibrium data for stellar atmospheres
CRYSTAL GROWTH↗
Experimental determination of the mass transfer coefficient in the cooling of moist grain after drying in multisectional packed heat exchangers
Mass transfer coefficient in moist grain cooling after drying in multisectional packed heat exchanger
HEAT EXCHANGER↗
Saturated Hydrocarbon Polymeric Binder for Advanced Solid Propellant and Hybrid Solid Grain Quarterly Report, 1 Nov. 1966 - 31 Jan. 1967
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain
HYBRID PROPELLANT↗
Wavelength dependence of interstellar polarization by graphite grains.
Far UV extinction curve and wavelength dependence of interstellar polarization by graphite grains
FAR ULTRAVIOLET↗
Effect of inclusions on grain growth of oxides.
Metal addition effect on grain growth of matrix oxides, noting inhibitive results in most cases
METAL BONDING↗
The optics of interstellar grains.
Optical properties of interstellar grains, noting complex index of refraction as function of wavelength
ABSORPTION SPECTRUM↗
Influence of grain size-purity relationships on the ability to fabricate beryllium and the resulting mechanical properties.
Influence of grain-size purity relation beryllium fabrication and resulting mechanical properties
BERYLLIUM↗
Grain growth inhibitor for porous tungsten materials
Boron, either uncombined or combined with nitrogen or carbon added to tungsten powder prior to processing, effectively inhibits grain growth. The tungsten material is stable up to 1800 degrees C.
Todd, H. H.↗
Interstellar Grains
Observational and theoretical interpretations of interstellar grains - conference papers
Greenberg, J. M.↗
The effect of grain boundaries on mechanical behavior in polycrystalline ceramics
Atomic structure and chemical composition influence on grain boundaries effect on mechanical failure in polycrystalline ceramics
De Wys, E. C.↗
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain, August 1 - December 31, 1967
Saturated hydrocarbon polymeric binder for advanced solid propellant and hybrid solid grain
Potts, J. E.↗
The structure of the grain boundary in ceramics
Atomic structure and microstructure of grain boundaries in polycrystaline ceramics
Dewys, E. C.↗
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.↗
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.↗