Process for applying a protective coating for salt bath brazing Patent
Application techniques for protecting materials during salt bath brazing
Francisco, A. C.↗
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Results for “Protection”
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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Formulation, derivation and development of the analysis of the interaction of ablating protection systems and stagnation region heating
Conservation equations for analysis of interaction of ablating protection systems and stagnation region heating
Engel, C. D.↗
Supporting and protecting device Patent
Supporting and protecting frame structure and plug for empty thrust chamber assembly, handling, and shipping
Rotman, A.↗
Convolutional coding techniques for data protection Final report, 16 Sep. 1968 - 15 Sep. 1969
Convolutional coding techniques for data protection
Massey, J. L.↗
Method and apparatus for shock protection Patent
Removable potting compound for instrument shock protection
Osullivan, W. J., Jr.↗
Thermal protection systems - Introduction and overview
Space shuttle thermal protection systems technology program summary
Brooks, W. A., Jr.↗
Nonmetallic reusable thermal protection systems
Refractory oxide and carbon composites for reusable space shuttle thermal protection
Greenshields, D. H.↗
Thermal protection system refurbishment cost study
Thermal protection system refurbishment cost study for space shuttles
Goldin, R. W.↗
Test facilities for space shuttle thermal protection system
Test facilities for space shuttle thermal protection system
Howell, R. R.↗
The importance of nondestructive testing for the coated metallic thermal protection system
Nondestructive testing techniques for coated metallic thermal protection system for space shuttles
Oaks, A. E.↗
Fundamentals of the oxidation protection of tantalum Final report
Fundamentals of oxidation protection of tantalum by silicides
Graff, R. A.↗
Exploratory study of silicide, aluminide, and boride coatings for nitridation/oxidation protection of chromium alloys
Silicide, aluminide and boride coatings transition temperature holdability, considering nitridation/ oxidation protection for Cr alloys
Klopp, W. D.↗
Development of meteoroid protection for extravehicular-activity space suits
Space suit meteoroid protection for extravehicular activity, discussing Gemini and lunar surface EVA suits and bumper concept
Mcallum, W. E.↗
Ablative thermal protection at low heating rates
Ablative materials for thermal protection at low convective heating rates, comparing foam and state-of-art materials performance
Goldstein, H. E.↗
Apollo thermal-protection system development
Apollo thermal protection system noting low density ablation, flight and ground tests
Erb, R. B.↗
Relation of meteoroid protection to the luminous efficiency
Spacecraft meteoroid protective shield thickness sensitivity relationship to luminous efficiency
Vorreiter, J. W.↗
Surface recombination centers as protection against vacuum photolysis of thermal control coatings
Surface recombination centers protecting against discoloration of thermal control coatings due to chemical changes induced by photoproduced holes and electrons in oxide pigments
Morrison, S. R.↗
An assessment of structures and thermal protection system technology for a space shuttle system
Space shuttle systems structural design and thermal protection technology, stressing hardware reliability and reusability
Brooks, W. A., Jr.↗