Standard interest profiles - Development of technical subjects Final report
NASA university program for technology transfer, and development of Standard Interest Profiles /SIP/
Di Salvo, J.↗
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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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Biomedical applications of NASA science and technology Final report, 15 Jun. 1968 - 14 Jun. 1969
Annual summary of aerospace technology transfer to biomedical field
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Management contributions of space technology - An analytical report.
Aerospace management technology transfer, discussing conceptual contributions, planning, administrative and evaluation methods
Milliken, J. G.↗
Secondary uses of aerospace biomedical technology.
Aerospace biomedical technology transfer analysis, discussing spinoff, popular interest, transfer barriers, etc
Browne, T. D.↗
Technology applications team Quarterly progress report, 1 Jan. - 31 Mar. 1970
Aerospace technology transfer to coal mine safety, police and fireman aids, and water pollution monitoring
Hand, F. R.↗
Multidisciplinary studies in management and development programs in the public sector Semiannual report, 1 Jan. - 30 Jun. 1970
Multidisciplinary studies in programs in the public sector, including project management, NASA technology transfer, national decision making, and space regulations
Barzelay, M. E.↗
A program of research on coupling relations in research and development
R and D idea flow studies, analyzing liaison, interface, coupling and technology transfer /LINCOTT/
Douds, C. F.↗
NASA safety related research
NASA safety related research programs based on technology transfer involving information summarizing, indexing and storage from global aerospace research and development
Strass, H. K.↗
Southwest Research Institute assistance to NASA in biomedical areas of the technology utilization program Final report, 1 Feb. 1969 - 24 Aug. 1970
Research progress in technology transfer by NASA Biomedical Application Team
Culclasure, D. F.↗
Applications of aerospace technology in air pollution control Semiannual report, 15 Mar. - 30 Sep. 1970
Aerospace science and technology transfer to air pollution control problems including mass spectrometry modifications and air pollution monitoring equipment improvements
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Technology applications team Final report, 15 Jun. 1969 - 14 Jun. 1970
Experimental procedures and applications in technology transfer
Hand, F. R.↗
The role of the regional dissemination centers in NASA's technology utilization program
Objectives, operations, and accomplishments of NASA regional dissemination centers for technology transfer
Geise, J.↗
Urban development applications project Quarterly report, 1 Oct. - 31 Dec. 1970
NASA technology transfer in urban development applications
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NASA application team program - Applications of aerospace technology in biology and medicine Semiannual report, Oct. 1970 - Mar. 1971
Technology transfer and applications in medicine and biology
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Cables and connectors - A compilation
Electric connectors, adapters, and cables - technology transfer
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NASA turbine cooling research status report, 1971
Flow and heat transfer technology resulting from NASA turbine cooling program
Livingood, J. N. B.↗
Uses of ceramics in microelectronics: A survey
The properties and behavior of ceramic materials used in components for electronic circuitry are examined to appraise the present and future directions for microelectronics, and to suggest further product development, and how innovations may be useful in other technologies. Ceramic and glass insulators, resistors, capacitors, and the use of ceramics and glasses in microcircuitry are discussed along with technology transfer to nonaerospace uses.
Bratschun, W. R.↗
Fire retardancy using applied materials
An example of advanced technology transfer from the Little Joe, Surveyor, Comsat, re-entry and Apollo age to everyday fire protection needs is presented. Utilizing the principle of sublimation cooling for thermostatic temperature control, the material meets a wide range of fire retardancy and heat transmission control requirements. Properties vary from flexible tape for conduits and electrical cables to rigid coatings for column protection, with a broad spectrum of sublimation temperatures available. The material can be applied in the field or in the factory, utilizing mass production techniques, yielding a product that is reliable, effective, widely available and low in cost.
Feldman, R.↗