Temperature dependence of the ultrasonic attenuation in Al sub 2 O sub 3.
Ultrasonic attenuation temperature dependence in aluminum oxide explained by three phonon interaction
Fitzgerald, T. M.↗
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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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X-ray determination of electron momenta in Li, Be, B, Na, Mg, Al, and LiF.
X ray determination of electron momentum density in various metals using Compton line-shape measurements
Phillips, W. C.↗
Fracture characteristics of 6 AL-4V titanium alloy forgings containing alpha stringer microstructure Final report, 10 Sep. 1968 - 24 Jan. 1969
Fracture characteristics of 6Al-4V titanium alloy forgings containing alpha stringer microstructure
Bixler, W. D.↗
Monitoring of crack growth in Ti-Al-4v alloy by the stress wave analysis technique
Stress wave analysis techniques for monitoring crack growth in Ti-6Al-4V alloy pressure vessel walls
Crimmins, P. P.↗
Preprecipitation in Al
Al/Zn/Mg alloys preprecipitation, discussing Guinier-Preston and critical zone sizes and reversible vacancy trap
Bardhan, P.↗
A comparison of two methods of measuring particle size of Al sub 2 O sub 3 produced by a small rocket motor.
Tank collection and spectrophotometric tests in determining aluminum oxide particle size produced by small rocket engine
Dobbins, R. A.↗
Elastic constants of Ni sub 3 Al between 80 deg and 600 deg K.
Temperature dependence of single crystal elastic constants of nickel aluminide determined by ultrasonic wave propagation measurement
Ono, K.↗
Studies of hot salt cracking of the titanium 8 percent Al-1 percent Mo-1 percent V alloy.
Titanium alloys hot salt stress corrosion cracking, studying effects of chlorides and surface oxides
Logan, H. L.↗
Tensile Properties of Irradiated Ti-5 Per Cent Al-2.5 Per Cent Sn ELI at Cryogenic Temperatures
Tensile properties of irradiated titanium, aluminum, and tin alloy at cryogenic temperature
Shogan, R. P.↗
Tabulated cross sections for hydrogen and helium particles produced by 62-MeV and 29 MeV protons on Al 27
Cross sections for hydrogen and helium particles produced by 62 MeV and 29 MeV protons on aluminum-27
Bertrand, F. E.↗
Conduction bands in In /sub 1-x/ Al sub x P
Direct gap conduction band and alloy composition monitoring InAlP, using electron microprobe cathodoluminescence and X ray emission
Chicotka, R. J.↗
Nickel-base alloy containing Mo-W-Al-Cr- Ta-Zr-C-Nb-B Patent
Nickel base alloy with resistance to oxidation at high temperatures and superior stress-rupture properties
Freche, J. C.↗
The production rate of Al 26 from target elements in the Bruderheim chondrite
Comparison of aluminum 26 radioactivities of Bruderheim chondrites, lunar rocks, and achondrites
Cressy, P. J., Jr.↗
Diffusion in the nickel-rich, Ni-Al solid solution at 1260 C.
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Whittenberger, J. D.↗
The effect of a hydrogen preheat-treatment on the oxidation behavior of Ni-Cr-Al-ThO2 alloys.
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Baranow, S.↗
Infrared detection by reconfiguration of high field domains in CdS:Ag, Al.
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Tyagi, R. C.↗
Interpretation of K X-ray emission spectra and chemical bonding in oxides of Mg, Al and Si using quantitative molecular orbital theory.
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Tossell, J. A.↗
Tensile fracture of unidirectional B-Al composite.
Fracture studies on unidirectional boron filament/aluminum matrix composite under axial tension were conducted using scanning electron microscopy, microradiography, and an acoustic emission technique. The combination of these analysis techniques has allowed the description and microstructural characterization of a new noncumulative fracture mode which involves filament break propagation. This fracture mode was found to severely limit the tensile strength of the composite, since the initiation of break propagation leads immediately to catastrophic failure at filament stress levels above a critical value. This critical filament stress was found to be 170,000 psi, and it appeared to be independent of filament diameter, number of filament layers, and the type of matrix alloy.
Steele, J. H.↗