Treatment of metal surfaces for use with space storable propellants - A critical survey
Treatment of metallic surfaces for use with space storable propellants
Muraca, R. F.↗
Engineering topics
Muraca, R. F.
Publications and source records attributed to Muraca, R. F..
Development of techniques to improve bladder materials and test methods Final report, May 18, 1966 - May 17, 1968
Process parameters for fabricating flexible Teflon films, crystallinity determinations, and techniques for electroplating Teflon films with lead
Koch, A. A.↗
Post test analysis of generant tank, part no. 9116270-H
Hydrazine and gaseous nitrogen test evaluation of prototype spacecraft tank
Bayce, A. E.↗
Evaluation of some analytical procedures for solid-rocket oxidants, part ii
Explore the source record for details and available documents.
Burns, E. A.↗
Polymers for spacecraft applications Final report, Jun. 1964 - Aug. 1967
Selection and testing of polymeric products for spacecraft applications
SPACECRAFT CONSTRUCTION MATERIAL↗
The storability and thermal stability of solutions of 10 to 30 percent ammonium perchlorate in hydrazine
Storability and thermal stability of solutions of 10 to 30 percent ammonium perchlorate in hydrazine
Martin, C. H.↗
Physical properties of liquid oxygen difluoride and liquid diborane - A critical review
Critical review of published information of physical and thermodynamic properties of liquid oxygen difluoride and liquid diborane
OXYGEN FLUORIDE↗
Development of techniques to improve bladder materials and test methods Interim report, 18 May 1966 - 17 May 1967
Physical and mechanical properties of Teflon film by X-ray diffraction, differential thermal analysis and infrared spectrophotometry
PHYSICAL PROPERTY↗
Polymers for spacecraft hardware Monthly technical progress report, 10 Feb. 1967 - 1 Mar. 1967
Test program for polymeric products with spacecraft applications
HARDWARE↗
Polymers for spacecraft hardware Monthly technical progress report, 10 Jan. - 9 Feb. 1967
Polymeric materials for spacecraft application tested after curing and thermal vacuum exposure for weight loss and mechanical properties
SPACE ENVIRONMENT↗
Analytical chemistry instrumentation - A survey
Instrumentation for chemical analysis of planetary environment and extraterrestrial life
CHEMICAL ANALYSIS↗
Polymers for spacecraft hardware Monthly technical progress report, 10 Sep. - 9 Oct. 1966
Spacecraft environmental and decontamination tests on polymers
ENVIRONMENTAL TESTING↗
Polymers for spacecraft hardware materials specifications and engineering information Monthly technical progress report no. 19, Dec. 10, 1965 - Jan. 9, 1966
Thermal vacuum weight loss determinations of polymers for spacecraft construction material applications
MATERIAL TESTING↗
Polymers for spacecraft hardware materials specifications and engineering information Monthly technical progress report no. 18, Nov. 10 - Dec. 9, 1965
Chemical test procedures for analyzing potting compound bases for spacecraft construction materials
SPACECRAFT CONSTRUCTION MATERIAL↗
Polymers for spacecraft hardware - Materials specifications and engineering information Monthly technical progress report no. 17, Oct. 10 - Nov. 9, 1965
Vacuum weight loss determinations of polyurethane coatings for spacecraft hardware fabrication
POLYMER CHEMISTRY↗
Polymers for spacecraft hardware. Materials specifications and engineering information Monthly technical progress report no. 15, Aug. 10 - Sep. 9, 1965
Weight analysis - silicone polymer sample preparation method to provide optimum vacuum- weight-loss values
POLYMER↗
Development of specifications for polymeric materials Monthly technical progress report no. 14, Jul. 10 - Aug. 9, 1965
Weight analysis - trial run of specification test procedures using silicone elastomer in vacuum weight loss unit
ELASTOMER↗
Space environment effects on polymeric materials interim technical report no. 2, aug. 1964 - may 1965
Weight loss of volatile condensable polymer material for space vehicles
POLYMER↗