The role of human factors task data in aerospace system design and development technical report, 15 jun. 1964 - 15 feb. 1965
Automated human factor task data handling system
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Automated human factor task data handling system
Development and evaluation of waste management subsystem for life support system of manned orbiting space station
Technology development plan, and optical instrument for Apollo project
Development of monocrystals and formation of electroluminescent p-n junctions
Development of model for description of nucleon-nucleon and pion-nucleon collisions at high energy and Monte Carlo description of Nucleor Cascade
Development in the design of leading heat pipes for the space shuttle are reported. The analysis, design, and integration of the heat pipes into the module structure are described along with the recommended tests. Results indicate the design goals were meet.
Optical technology development plan and experiment design for Apollo extension program
The author performed a variety of research, development and consulting tasks for NASA Langley Research Center in the area of digital libraries (DLs) and supporting technologies, such as the Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH). In particular, the development focused on the NASA Technical Report Server (NTRS) and its transition from a distributed searching model to one that uses the OAI-PMH. The Open Archives Initiative (OAI) is an international consortium focused on furthering the interoperability of DLs through the use of "metadata harvesting". The OAI-PMH version of NTRS went into public production on April 28, 2003. Since that time, it has been extremely well received. In addition to providing the NTRS user community with a higher level of service than the previous, distributed searching version of NTRS, it has provided more insight into how the user community uses NTRS in a variety of deployment scenarios. This report details the design, implementation and maintenance of the NTRS. Source code is included in the appendices.
Optical technology experiments of Optical Technology Apollo Extension System
Systems integration - Optical Technology Apollo Extension System
Cadmium sulfide solar cell design criteria
Program development, cost analysis, and technology requirements for reusable space shuttle systems having multimission capability - Vol. 10
Design, development, and manufacture of improved magnetic hammers and flaring tools
Development and optimization of high vacuum sputtering system for fabrication of thick integral coverslips for silicon solar cells
Thermal energy storage materials for use in solar thermionic power spacecraft systems
Subsystems development in proposed Voyager spacecraft design
Structure, concepts, plan, operation, and construction of Saturn Experimental Payload Technical Evaluation and Rating /SEPTER/ PROGRAM for Saturn in-flight payload study
Reactive sputtering and electron beam evaporation techniques for depositing glass coverslips on silicon solar cells