Ti–Al–V alloys have received considerable attention owing to their excellent high-
temperature mechanical properties. After conducting a critical review of the available …

The non‐stoichiometry of material compounds significantly influences their functional
properties. In semiconductors, point defects determine whether a material is n‐type or p …

Traditionally, titanium alloys with satisfactory mechanical properties can only be produced
via energy-intensive and costly wrought processes, while titanium alloys produced using low …

Nucleation and growth of Ti 3 Al α 2 ordered domains in α-Ti–Al–X alloys were
characterised using a combination of transmission electron microscopy, atom probe …

This paper reports an experimental and theoretical study of composition and temperature
dependence of α 2 phase decomposition in lamellar γ-Ti−(43∼ 47) Al−(4∼ 10) Nb alloys …

The phase equilibria, thermodynamic properties and diffusion mobilities of the Fe-Co system
were carefully assessed through the CALPHAD methods. As an indispensable tool, the first …

Abstract In Ti–Al laminated composites, cracks nucleate preferentially at the Al3Ti layer, but
the inhibitory effect of Al3Ti on crack extension is ignored. Interestingly, by combining …

Abstract Fluoride (F−) impurity at 20 mg L− 1 in the zinc sulphate electrolyte increased by
73% and 98% the corrosion rate of Al-1050 and Al-1070 alloys, respectively, which are used …

In the present work, the thermodynamic description of the Ti–Al–Zr ternary system was
assessed by taking into account the ab initio data on the formation enthalpies of end …

Kinetic arrest behavior is an interesting phenomenon that magnetic martensitic transition is
suppressed during field cooling. A metastable “austenite” is arrested at very low …