Test and evaluation of fuel cell catalysts Quarterly report, Feb. 1 - Apr. 30, 1967
Cathodic catalysts evaluated for hydrazine-air fuel cells employing alkaline electrolytes
Clark, M. B.↗
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Test evaluation of fuel cell catalysts Quarterly report, Aug. 16 - Nov. 15, 1967
Corrosion testing of nickel, cobalt, nickel cobalt alloy, borides, and other fuel cell catalyst samples for activity in oxidation of hydrazine
Matsuda, S.↗
Advanced fuel cell catalysts Status report, 10 Nov. 1967 - 10 Feb. 1968
Metal surface properties and bulk characteristics of catalysts for fuel cell application
Bocciarelli, C. V.↗
Test and evaluation of fuel cell catalysts Final report, 3 May 1967 - 3 May 1968
Corrosion resistance and anode activity data on interstitial compounds for fuel cell catalysts
Flannery, R. J.↗
Heterogeneous decomposition of ammonium perchlorate-catalyst mixtures using pulsed laser mass spectrometry.
Pulsed ruby laser mass spectrometry technique for flash pyrolysis of ammonium perchlorate-catalyst mixtures
Pellett, G. L.↗
Advanced fuel cell catalysts Status report, 10 Aug. - 10 Nov. 1968
Gold-copper fuel cell catalysts preparation
Source record↗
Photoreactivation of manganese catalyst in photosynthetic oxygen evolution.
Manganese catalyst photoreactivation in photosynthetic oxygen evolution in Mn deficient alga Anacystis nidulans cells
Cheniae, G. M.↗
Advanced fuel cell catalysts Status report, 10 Aug. - 10 Nov. 1969
Advanced fuel cell catalysts prepared, including gold copper alloys and silver powders
Bocciarelli, C. V.↗
Interstitial compounds as fuel cell catalysts - Their preparative techniques and electrochemical testing
Preparation and electrochemical testing methods for fuel cell catalysts using interstitial compounds
Akhtar, S.↗
Asymmetric hydrogenation using modified cellulose-palladium catalysts
Cellulose ion exchanger palladium catalysts preparation and applications in asymmetric hydrogenation reactions
Harada, K.↗
Ferrite spinels as catalysts in the oxidative dehydrogenation of butenes
Cobalt and copper ferrite spinels as catalysts in oxidative dehydrogenation of butenes
Cares, W. R.↗
Analysis of sorbents and catalysts used during a 90-day manned test
Chemical analysis of organic trace contaminants in simulated space station atmospheres desorbed from molecular sieve, silicon gel, and catalyst beds
Lucero, A. S.↗
Monolithic catalyst beds for hydrazine reactors
Design and tests of monolithic catalyst beds for monopropellant hydrazine reactors
Source record↗
Asymmetric hydrogenation using modified ion exchange resin-palladium catalysts
Benzoylformic and alpha-acetamidoacrylic acid hydrogenation, using modified ion exchange resin- palladium catalysts
Harada, K.↗
Promising catalyst for auto exhaust
Lanthanum cobalt oxide as potential auto exhaust catalyst from studies of activity in gas phase
Libby, W. F.↗
Catalyst for sodium chlorate decomposition
Production of oxygen by rapid decomposition of cobalt oxide and sodium chlorate mixture is discussed. Cobalt oxide serves as catalyst to accelerate reaction. Temperature conditions and chemical processes involved are described.
Wydeven, T.↗
Monopropellant engine investigation for space shuttle reaction control system. Volume 3: Improvement of metal foam for catalyst retention
The retention of granular catalyst in a metal foam matrix was demonstrated to greatly increase the life capability of hydrazine monopropellant reactors. Since nickel foam used in previous tests was found to become degraded after long-term exposure the cause of degradation was examined and metal foams of improved durability were developed. The most durable foam developed was a rhodium-coated nickel foam. An all-platinum foam was found to be incompatible in a hot ammonia (hydrazine) environment. It is recommended to scale up the manufacturing process for the improved foam to produce samples sufficiently large for space shuttle APU gas generator testing.
Source record↗