Research and development of a single gun color CRT, phase 1 Final report
Superlinear and sublinear phosphors combined for producing single gun color cathode ray tubes
Davis, J. A.↗
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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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Vapor Phase Growth Technique and System for Several III-V Compound Semiconductors Interim Scientific Report
Vapor phase crystal growth and preparation of gallium, indium, arsenic, phosphorous, and antimony alloy semiconductor materials
Clough, R.↗
Neutron-image intensifier
Electronic intensifier tube with a demagnification ratio of 9-1 enhances the usefulness of neutron-radiographic techniques. A television signal can be obtained by optical coupling of a small-output phosphor-light image to a television camera.
Berger, H.↗
Luminescent screen composition and apparatus
Ultraviolet light projects photographically produced images on a screen composed of a mixture of linear and nonlinear phosphors whose spectral emissions are different. This allows the display of polychromatic luminescent images, which gives better discrimination of the objects being viewed.
Hilborn, E. H.↗
Research and development of a single gun color CRT, phase 2 Final report
Superlinear phosphor behavior analysis for single gun color cathode ray tube development
Davis, J. A.↗
Thermoelectric properties of 80 a/o Si - 20 a/o Ge alloy as a function of time and temperature
Thermoelectric properties as function of time and temperature for phosphorous doped n-type silicon-germanium alloy
Raag, V.↗
Current-sensitive single-gun color cathode ray tube
Nonlinear phosphors for production of current sensitive single gun color cathode ray tubes
Avella, F. J.↗
Experiments with ferrocene
Acetylferrocene preparation by reacting ferrocene with acetic anhydride in phosphoric acid and reducing acetylferrocene to alpha-hydroxyethyl ferrocene by potassium borohydride in methanol
Mcmanus, S. P.↗
Current-sensitive, single-gun color CRT
Current-sensitive single gun color CRT with phosphor screen for display systems
Davis, J. A.↗
Effects of diffusion redistribution of phosphorus on the characteristics of silicon solar cells
Effects of diffusion redistribution of phosphorous on characteristics of silicon solar cells
Kautz, H. E.↗
Solar cell Patent
Development and characteristics of solar cells with phosphors in cover glass to improve response to solar ultraviolet radiation
Streed, E. R.↗
A visual-display and storage device
Memory and display device uses cathodochromic material to store visual information and fast phosphor to recall information for display and electronic processing. Cathodochromic material changes color when bombarded with electrons, and is restored to its original color when exposed to light of appropiate wavelength.
Bosomworth, D. R.↗
Study to determine and improve design for lithium-doped solar cells
Solar cell experiments show that a single lithium density parameter, the lithium density gradient, calculated from nondestructive capacitance measurements, provides the basis for accurate predictions of lithium cell behavior in a 1-MeV electron environment for fluences ranging between 3 X 10 to the 13th power e/sq cm and 3 X 10 to the 15th power/e sq cm. The oxygen-rich (quartz crucible) lithium cell with phosphorous starting dopant and lithium gradient between approximately 5 X 10 to the 18th power and 1.5 x 10 to the 19th power/cm to the 4th power was found superior in performance to the commercial 10 ohm-cm n/p control cells. Post-recovery stability of oxygen-rich cells was satisfactory. An average post-recovery current drop of approximately 1 mA was observed for 70 crucible cells after 1 year-equivalent storage time at 80 C. In contrast the oxygen-poor (float zone and Lopex) lithium cells displayed spotty initial performance and stability problems at room temperature.
Brucker, G.↗
Aerothermodynamic measurements for space shuttle configuration in hypersonic wind tunnels
The effect of shuttle configuration geometry, angle of attack, and free stream flow conditions on the heat-transfer distribution as influenced by three-dimensional effects, the wing-fuselage shock-interaction, and resultant wing-impingement phenomena are examined. In addition, the data provided information regarding the flow field in the vicinity of the nose and boundary layer transition in the plane of symmetry of the fuselage. The data included measurements of the surface pressure, the heat transfer rate distributions, (using models instrumented with thermocouples and models painted with thermographic phosphor) and schlieren and shadowgraph photographs. Posttest photographs of the painted models supplemented the heat transfer data.
Bertin, J. J.↗
Heat transfer investigation of two Langley Research Center delta wing configurations at a Mach number of 10.5, volume 1
Heat transfer tests for two delta wing configurations were conducted in the hypervelocity wind tunnel. The 24-inch long models were tested at a Mach number of approximately 10.5 and at angles of attack of 20, 40, and 60 degrees over a length Reynolds number range from 5 million to 23 million on 4 May to 4 June 1971. Heat transfer results were obtained from model surface heat gage measurements and thermographic phosphor paint.
Eaves, R. H.↗
Space shuttle: Heat transfer investigation of the McDonnell-Douglas delta wing orbiter at a nominal Mach number of 10.5
Heat transfer tests for the delta wing orbiter were conducted in a hypervelocity wind tunnel. A 1.1 percent scale model was tested at a Mach number of approximately 10.5 over an angle of attack range from 10 to 60 degrees over a length Reynolds number range from 5 times 10 to the 6th power to 24 times 10 to the 6th power. Heat transfer results were obtained from model surface heat gage measurements and thermographic phosphor paint. Limited pressure measurements were obtained.
Eaves, R. H.↗
Research study on stellar X-ray imaging experiment, volume 1
The use of microchannel plates as focal plane readout devices and the evaluation of mirrors for X-ray telescopes applied to stellar X-ray imaging is discussed. The microchannel plate outputs were either imaged on a phosphor screen which was viewed by a low light level vidicon or on a wire array which was read out by digitally processing the output of a charge division network attached to the wires. A service life test which was conducted on two image intensifiers is described.
Wilson, H. H.↗
Development of self extinguishing Durette and/or Nomex fabric
A treatment was developed for Nomex or Durette fabric which renders it self-extinguishing in a 70% oxygen, 30% nitrogen atmosphere at 5 psia. The treatment does not degrade the physical and textile properties of the fabric excessively and does not outgas or have an objectional odor. The treatment is permanent and does not lose its fire protecting qualities after laundering. The treatment utilizes a mixture of formaldehyde, phosphorous acid, and tri-methyl phosphate in methanol. The cloth to be treated is held in a boiling solution of the above reagents for 24 hours, removed, air dried, and then heated to 120 C in a circulating air oven for 90 minutes. The treatment turns Nomex a pale yellow but does not have an appreciable effect on drape or hand. One inch wide strips of treated cloth failed in tension at 192 lbs, while untreated controls broke at 215 lbs. To remove any excess reagents, the cloth is processed in a home laundry through one wash and dry cycle without the use of any detergents. The thermal shrinkage of the treated material is 23% compared to a control of 40% for unwashed Stern Nomex HT 90-40.
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