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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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Pyrotechnic shock data associated with structure cutting charges consisting of mild detonating fuse and flexible linear shaped charge - Vol. 2
The Savannah River National Laboratory Glass Composition-Properties (ComPro) database is an extensive database containing pertinent composition and durability data to support the accelerated clean-up mission at the Defense Waste Processing Facility. The activities described in this data qualification report were performed to support the information contained in the database. There were two objectives of the original data qualification process. The first objective was to review supporting documentation to determine if DOE/RW-0333P Quality Assurance Requirements and Description had been implemented during the original work. If the DOE/RW-0333P Quality Assurance Requirements and Description had not been directly implemented during the original work, the second objective was to determine if the controls that were used were adequate to meet the intent of the DOE/RW-0333P Quality Assurance Requirements and Description. The results of these two objectives and the activities performed to support these decisions are described in this document. An assessment of each dataset was made to determine if the data were RW-0333P Compliant, RW-0333P Equivalent or Non-RW-0333P Compliant. The original data qualification was performed in accordance with E7, Conduct of Engineering Manual, Procedure 3.70, Revision 4, Qualification of Data. The specific method that was used was Equivalent Controls as described in E7, 3.70. Revision 2 of this document adds supporting information for the RW-0333P Compliant datasets added to Revision 3 of the database.
During the course of a literature survey concerning resonance charge exchange, an unusual degree of agreement was noted between an extrapolation of the data reported by Kushnir, Palyukh, and Sena and the data reported by Ziegler. The data of Kushnir et al. are for ion-atom relative energies from 10 to 1000 ev, while the data of Ziegler are for a relative energy of about 1 ev. Extrapolation of the data of Kushnir et al. was made in accordance with Holstein's theory, 3 which is a combination of time-dependent perturbation methods and classical orbit theory. The results of this theory may be discussed in terms of a critical impact parameter b(sub c).
Data acquisition and reduction procedures for instrumentation systems tracking geodetic satellite
Data analysis from pressure and heat transfer tests on surface roughness elements with laminar and turbulent boundary layers
Data handling and encoding procedures and computer program for extended lunar exploration mission support
Data acquisition techniques for information on lunar, planetary, and solar topography
Data smoothing technique for parameter optimization in free flight orbit vehicle-borne tracking systems
Data analyses of Tiros and Nimbus radiometric observations
Data processing systems, thermal subsystems, design, and mission performance summary for Surveyor 1 spacecraft
Data links and time reference systems in automatic navigation and flight management
Data for experiments for detecting lunar atmosphere and surface ion emission
Data evaluation for Saturn S-4B stage countdown and flight test
Data on external refrigeration systems for space storage of cryogens for long periods
Data processing methods for improving FPS-16 radar/Jimsphere system measurements of atmospheric motion
Data processing and reduction techniques for photointerpretation of Baker-Nunn photographs of venting clouds during Apollo 12 flight
Data were assembled which define the optimum food system to support the space shuttle program, and which provide sufficient engineering data to support necessary requests for proposals towards final development and installment of the system. The study approach used is outlined, along with technical data and sketches for each functional area. Logistic support analysis, system assurance, and recommendations and conclusions based on the study results are also presented.
Data from a conference on active microwave systems are summarized. Summaries cover remote sensing of earth/land features, ocean/atmosphere interactions, and equipment and instrument technology.