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Our results may guide the search for conditions of chirality-selective growth of NTs that could be realised by utilising structurally stable alloy catalysts24.
These images show the crystal configurations, or phases, within samples of metal alloys: a single-phase stable alloy (left) and a dual-phase alloy (right), which is metastable (has more than one stable configuration).
Second, discontinuous precipitation transforms the supersaturated and unstable γ/γ′ microstructure in a condition close to equilibrium, permitting a meaningful insight into the stable alloy constitution.
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Optimal compositions for high entropy alloys were obtained and influence of various factors on formation of stable alloys was described.
It was also found that metastable ω-phase was present in lower stable alloys, irrespective of the observed mode of deformation.
Murdoch, H. A. & Schuh, C. A. Estimation of grain boundary segregation enthalpy and its role in stable nanocrystalline alloy design.
Reactive milling leads to the disproportionation of the thermodynamically very stable Nd2Co14B alloy.
Formation of stable CuNi alloy particles on CeO2 by alloy redox support interaction and segregation of Cu are crucial factors for catalytic activity.
A stable Bi Te alloy deposit was also obtained with the molten salt containing BiCl3 and TeCl4.
A stable Bi Sb alloy deposit of metallic Sb and Bi Sb solid solution was obtained at 0.8 and 0.9 V versus Al/Al III) in the melt containing BiCl3 and SbCl3.
The excellent sulfidizing resistance of the Sn/Ag3Sn films can be attributed to the chemically stable Ag3Sn alloy layer with improved corrosion resistance and the protective SnO/SnO2 thin film on the surface, thus inhibiting the chemical reaction of Ag and S2– ions.
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