Well superelasticity of 4.6% was detected in the Ti–19Zr–11Nb–4Ta alloy with a triphasic microstructure of β, α′′ and ω phases. The alloy performs a higher corrosion resistance than Ti and Ti–6Al–4V indicated by the electrochemical experiments in Hank's and 0.9% NaCl solutions.
According to the SEC's complaint, in the first scheme, Palazzo, through 4TA Sports Inc., raised investor funds for the purported repurchase of the assets of a sports media company.
Nicholas A. Palazzo, 4TA Sports, Inc., NP Ventures Holdings, LLC and ...
The Ti–15Zr–15Nb–4Ta alloy displayed superelasticity during tensile deformation with a recovery strain of 3.51%. For the other three alloys with higher Zr content, the martensitic reorientation occurred during tensile deformation, resulting in shape memory recovery upon subsequent heating.