Development of nonflammable paper constructions Final report, 8 Nov. 1967 - 30 Apr. 1969
Physical properties and low flammability of glass paper modified with asbestos, microfiber glass, or beta glass additions
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Physical properties and low flammability of glass paper modified with asbestos, microfiber glass, or beta glass additions
Inorganic nonflammable paper prepared from vermiculite plus asbestos and glass fibers
Compilation of technical papers in guidance theory, optimization theory, numerical methods, and celestial mechanics
Critical review of Meisel paper on solar X ray source identification using D layer ionization behavior during eclipse
Annotated bibliography of FY 1970 scientific and technical reports, articles, papers, and presentations sponsored by NASA
SSS - paper tape punch and verify program for CDC 3200 computer
Abstracts of conference papers on preliminary results from BOMEX and methods and techniques used to collect data
Paper chromatography combination with dinitrophenyl amino acids mass spectrometry for analyzing purine and pyrimidine bases
Critique of paper on lithosphere thermal regime descending into mantle
Dipeptides separation and identification by column and paper chromatography for elution times prediction and sequence studies
Critique of paper on earth core-mantle chemical equilibrium, considering upper mantle element abundance, oxidation state and volatiles nature
Critique of paper on Apollo 11 ilmenite basalts petrology and lunar bodies origin and form
This document contains reproductions of technical papers presented by staff members of the NACA Laboratories at the NACA Conference on High-Speed Aerodynamics held at the Ames Aeronautical Laboratory of the NACA, March 18, 19, and 20, 1958. The primary purpose of the conference was to convey to the military services and their contractors the results of recent research and to provide those attending with an opportunity to discuss the results.
Limitations in the acquisition of nonlinear aerodynamic coefficients from free-oscillation data by means of the Chapman-Kirk technique, SAM-D control test vehicle trajectory plannning and flight test analysis, and determination of aerodynamic drag from radar data are among the topics covered in papers concerned with atmospheric flight mechanics. Other areas covered include fixed and rotary-wing aircraft, ordnance and reentry vehicles, and analysis and measurement techniques. Individual items are announced in this issue.
Paper honeycomb is used for the construction of conventional, propeller-type, windmill blades. Using fairly simple techniques and conventional power tools, it is possible to shape both simple foils and more complex foils with or without tapered plan forms and with or without varying profiles. A block of honeycomb, in its compressed form, is mounted on a wedge and run through a bandsaw with the table at an appropriate tilt angle. It is the combination of the wedge angle and the table angle that gives the tapered planform and profile shape. Next the honeycomb is expanded on the shaft and jigged to give the desired angles of attack. With the honeycomb fixed in position, the blade is covered with a fine weave fiberglass cloth. Any surface quality can then be achieved with filling and sanding.
Effluent concentration distributions from the waste water discharge of the Kraft Division Mill, Consolidated Paper Company, into the Wisconsin River at Wisconsin Rapids, Wisconsin, is investigated. Effluent concentrations were determined from measurements of the temperature distribution, using temperature as a tracer. Measurements of the velocity distribution in the vicinity of the outfall were also made. Due to limitations in the extent of the field observations, the analysis and comparison of the measurements is limited to the region within about 300 feet from the outfall. Effects of outfall submergence, of buoyancy and momentum of the effluent and of the pattern and magnitude of river currents on these characteristics are considered.
Papers of Reichert and Wong (1971) and Reichert (1972) are referred to as erroneous in stating that in their work with cytochrome c sequences they demonstrated that vertebrates have achieved a higher organized genetic message with a higher fidelity in the DNA-to-protein information processing channel. Arguments are given to contest that statement.