ANALYSIS OF THE ENERGY DEPENDENCE OF THE ISOMER RATIO IN THE SN-120 P, ALPHA IN-117, -117M REACTION
Quantum mechanics - calculation of isomer ratios, particle emission and spin distribution in tin and indium
INDIUM↗
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Effects of several production and fabrication variables on sharp notch properties of 541-2.5sn titanium alloy sheet at liquid hydrogen temperature
Effects of production & fabrication variables on notch strength of aluminum-tin-titanium alloy at liquid hydrogen temperature
NOTCH STRENGTH↗
Analysis of the energy dependence of the isomer ratio in the sn super 120 /p, alpha/ in super 117, 117 m reaction.
Huizenga and vandenbosch method for calculating isomer ratios extended to tin-indium nuclear reactions
NUCLEAR REACTION↗
Plane strain fracture toughness and mechanical properties of 5Al-2.5Sn ELI titanium at room and cryogenic temperatures Final report
Plane strain fracture toughness and mechanical properties of titanium alloy at room and cryogenic temperatures
MECHANICAL PROPERTY↗
The Effect of Hydrogen and Temperature on Mechanical Properties of the Ti-5Al-2.5Sn ELI Alloy
Hydrogen-temperature effect on mechanical properties of titanium-aluminum-tin alloy
HYDROGEN↗
Plane stress cyclic flaw growth of 2219-T87 aluminum and 5A1-2.5 Sn ELI titanium alloys at room and cryogenic temperatures Final report, 1 Jul. 1964 - 1 May 1966
Plane stress crack propagation of aluminum and titanium alloys at cryogenic temperatures
STRESS↗
Sublimation rates in vacuo of PbTe and Pb sub 0.5 Sn sub 0.5 Te thermoelements.
Sublimation rates of pressed-and-sintered lead telluride and lead stannous telluride thermoelements
TIN COMPOUND↗
Evaporation rates of PbTe and Pb sub .5 Sn sub .5 Te pressed and sintered thermoelements.
Evaporation rates of lead telluride and lead tin telluride in pressed and sintered thermoelement form
TIN COMPOUND↗
Investigation of the heat resistance of alloys of the Ti-Al-Sn system by the bending method
Heat resistance testing of titanium aluminum tin alloys by centrifugal bending method
ALUMINUM ALLOY↗
Texture strengthening and fracture toughness of 4Al-0.2O and 5Al-2.5Sn ELI titanium sheet biaxial stress fields at room and cryogenic temperatures
Texture strength and fracture toughness of titanium alloy sheet biaxial stress fields at room and cryogenic temperatures
FRACTURE TOUGHNESS↗
Uniaxial and biaxial fracture toughness of extra-low-interstitial 5A1-2.5Sn titanium alloy sheet at 20 deg K
Effects of sheet width and notch length on calculated fracture toughness of low interstitial titanium alloy sheet
SHEET METAL↗
Texture strengthening and fracture toughness of 4Al-0.2 and 5Al-2.5Sn ELI titanium sheet biaxial stress fields at room and cryogenic temperatures.
Texture strengthening and fracture toughness of titanium alloy sheets biaxial stress fields at room and cryogenic temperatures
SHEET METAL↗
Critical surfaces for commercial Nb sub 3 Sn ribbon and Nb 25 a/o Zr wire.
Critical surface between superconducting and normal state determined for commercial niobium stannide ribbon and Nb-Zr wire
SUPERCONDUCTING MAGNET↗
Preparation of a stabilized Nb sub 3 Sn-based superconducting tape by a diffusion process.
Diffusion process for preparing niobium stannide superconducting tape stabilized to any level, discussing reaction time, temperature and contamination
Autler, S. H.↗
Plane strain fracture toughness and mechanical properties of 5Al-2.5Sn ELI and commercial titanium alloys at room and cryogenic temperatures.
Fracture toughness and mechanical properties of titanium alloys at cryogenic temperatures for booster tank applications
Carman, C. M.↗
Critical surfaces for commercial Nb sub 3 Sn ribbon and Nb-25 percent Zr wire.
Critical surfaces for niobium stannides ribbon and niobium zirconium wire
Ahlgren, G. W.↗
Effects of hydrogen on ELI titanium alloy Ti-5Al-2.5Sn
Tensile tests on titanium alloy, following abrasion under hydrogen and temperature cycling, reveal lowered tensile strength, increased ductility, and no embrittlement. Fretting the metal on itself in flowing hydrogen or abrading with an iron file in flowing hydrogen produces titanium hydride.
Chandler, W. T.↗
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.↗