Plastic yield behavior of glassy polymers
Plastic yield behavior of polystyrene and polymethyl methacrylate
Andrews, R. D., Jr.↗
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Prediction of explosive yield and other characteristics of liquid propellant rocket explosions Final report
Explosive hazards and yield predictions for liquid rocket propellants
Bonzon, C. F.↗
Spectral analysis of photoemissive yields in GaAs and related crystals.
GaAs photoemissive yield spectrum analysis, discussing transition energies and energy band structure models
Herman, F.↗
Plastic deformation waves and heat generated near the yield point of annealed aluminum.
Plastic deformation wave propagation and heat generated near yield point of annealed aluminum
Dillon, O. W., Jr.↗
Spectrum and yield of electrons emitted when heavy ions pass through metal films.
Spectrum and yield of emitted electrons resulting from passage of heavy ions through metal films
Haines, E. L.↗
A systematic approach for the analytical analysis and prediction of the yield from liquid propellant explosions.
Yield and combustion physics of liquid propellant explosions determined from analytic charts
Deese, J. H.↗
The relation between ionization yields, cross sections and loss functions.
Three energy dependent quantities examined for gases, describing relation between ionization yields, cross section and loss functions
Green, A. E. S.↗
Inhomogeneous deformation and yielding of glasslike high polymers.
Craze formation and shear yielding considered for glassy polymers in terms of stress field requirements
Ongchin, L.↗
Polyimide polymers provide higher char yield for graphitic structures
Technique for manufacture of graphite composites uses high-char-forming processable polyimide resin systems to produce the graphitic matrix. Only three cyclic steps are required to yield a 99.7 percent graphite product.
Burns, E. A.↗
Characteristics of liquid rocket propellant explosion phenomena. Part 8, no. 448 - Prediction of explosive yield and other characteristics of liquid propellant rocket explosions
Prediction of yield and other characteristics of liquid propellant rocket explosions
Farber, E. A.↗
Balanced stresses in post-yielded multi- material structural joints
Balanced stresses in post-yielded multimaterial structural joints
Wei, B. C. F.↗
Relationship of film optical density to yield indicators
Relationship between preharvest yield indicators and film densities of aerial infrared film in microexperiments
Gerbermann, A. H.↗
Results of the reaction D plus H2 yields HD plus H using modulated crossed beams
Deuterium atom reaction with hydrogen molecule yielding HD and H using modulated crossed beams, plotting angular distributions and reaction velocities
Fite, W. L.↗
Relationship of film optical density to yield indicators
Aerial IR film optical density related to preharvest crop yield indicators in micro experiments with remote sensors
Gerbermann, A. H.↗
Yields of Hydrogenomonas eutropha from growth on succinate and fumarate
Molar growth yields from chemostat cultures of Hydrogenomonas eutropha on succinate and on fumarate, noting equivalence to ATP via oxidation
Bongers, L.↗
Correlation of uniaxial yielding and substructure in aluminum-stainless steel composites
Uniaxial yielding correlation with substructure in Al-stainless steel metal matrix composites, using compressive loading test
Lawley, A.↗
Optimum doping achieves high quantum yields in GaAs photoemitters
Experimental data indicate that optimum doping exists. Measured quantum yield curves indicate optimum overall response is obtained in GaAs emitters with doping in high 10 to the 18th power per cu cm range. Doping for optimum response is not necessarily in this range.
Sonnenberg, H.↗
The 5g yields 4f pionic transition in Th 232 and U 238
X ray energy measurements in 5g yields 4f pionic transitions of Th-232 and U-238
Jenkins, D. A.↗