Chlorine gas and fluoride ion in hot-salt stress corrosion cracking of titanium-aluminum alloys
Hot salt stress corrosion cracking of titanium-aluminum alloys
Ondrejcin, R. S.↗
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A study of the mechanism of chemical reactivity of nitrogen tetroxide with titanium alloys Final report, 1 Jul. 1967 - 30 Aug. 1968
Corrosive chemical interactions of nitrogen tetroxide and titanium alloy
Source record↗
Effect of outdoor exposure at elevated temperature on the fatigue life of Ti-8Al-1Mo-1V titanium alloy and AM 350 stainless steel sheet
Outdoor high temperature corrosion tests for aluminum alloys and titanium alloys, and stainless steels
Phillips, E. P.↗
Influence of various fabrication methods on the compressive strength of titanium skin- stringer panels
Influence of fabrication methods on compressive strength of titanium alloy skin stringer panels
Gardner, J. E.↗
Hot-salt-stress-corrosion cracking and its effect on tensile and stress-rupture properties of Ti-6Al-4V titanium-alloy sheet
Salt stress corrosion cracking effects on tensile and stress rupture properties of titanium alloy sheet
Royster, D. M.↗
Properties of powdered titanium alloys Final report
Physical properties of powered titanium alloys
Friedman, G.↗
The effect of composition on the mechanism of stress-corrosion cracking of titanium alloys in nitrogen tetroxide, and aqueous and hot- salt environments Annual summary report, 1 May 1967 - 30 Apr. 1968
Stress corrosion data for titanium alloys in aqueous, hot salt, and nitrogen dioxide environments
Boyd, J. D.↗
Hot-salt stress-corrosion of a titanium alloy under a simulated turbine-engine compressor environment
Hot-salt stress-corrosion of titanium alloy under simulated turbine engine compressor environment
Gray, H. R.↗
Electron microprobe analysis of vanadium in the presence of titanium.
Electron microprobe analysis of vanadium in presence of titanium by compositional measurement of chromite in chondritic meteorites
Bunch, T. E.↗
Effect of ''pure'' methanol on the cracking of titanium.
Methanol-water-chloride solutions effect on titanium alloys failure time, noting effect of changing water volume on cracking
Haney, E. G.↗
Electrochemical aspects of titanium stress corrosion cracking.
Titanium alloys stress corrosion cracking in presence of chloride, bromide and iodide under potentiostatic conditions, postulating electrochemical kinetic and mass transport model
Beck, T. R.↗
Metallurgical aspects of the stress corrosion cracking of titanium alloys.
Titanium alloys stress corrosion cracking /SCC/ from metallurgical-mechanical viewpoint, discussing phase transformations, dislocation arrangements, crack propagation, etc
Blackburn, M. J.↗
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.↗
Detection of titanium hydride by neutron radiography.
Nondestructive detection of titanium hydride formation in threaded joints of Ti alloy pressurization tanks by neutron radiography
Basl, G.↗
Stress corrosion crack inhibiting method for titanium
Addition of oxyanions to liquid solvents in excess of the number of chloride, bromide, or iodide ions present prevents cracking of titanium-aluminum alloys under exposure to aqueous and other solvent environments. The molar concentration of oxyanion is set from 10 to 100 times higher than concentration of halide ions.
Beck, T. R.↗
Copper-titanium eutectic alloy improves electrical and mechanical contact to silicon carbide
Contact preparation at low temperatures is possible with the use of a copper-titanium eutectic alloy. Contacts formed with this alloy are ohmic on p-type silicon carbide and rectifying on n-type.
Shier, J. S.↗
Determination of nitrogen in titanium nitride
Quantitative determination of nitrogen in titanium nitride involves dissolution of TiN in 10M hydrofluoric acid containing an oxidant. Released nitrogen is determined as ammonia. Best oxidizers are ferric chloride, potassium iodate, and potassium dichromate.
Philipp, W. H.↗
Research on digital transducer principles. Volume 10 - Thin film titanium dioxide by chemical vapor deposition, 1 July - 31 December 1968
Thin film titanium dioxide by high temperature vapor deposition
Harbison, D. R.↗