The phrase "alloy characteristics" is correct and usable in written English.
It can be used when discussing the specific properties or traits of an alloy, often in materials science or engineering contexts.
Example: "The alloy characteristics, such as tensile strength and corrosion resistance, are crucial for determining its suitability for various applications."
Alternatives: "properties of the alloy" or "features of the alloy".
To gain a deeper understanding of the implant functionality based on the alloy characteristics and geometric design, the mechanical properties of different shape memory alloys where mechanically characterized.
For mechanical assembly, Polyman alloy characteristics are especially suited to the use of induction heat insertion of metal inserts or Dodge expansion inserts.
A Zn 29.5Al 0.5Ti alloy is added as filler metal in gas tungsten arc welding of Mg and Al alloy joint based on the analysis of Al and Mg alloy characteristics.
The thin band gap for indium antimonide alloy characteristics from the said materials is very attractive for optoelectronic device applications.
We have established in the preceding section that besides other important alloy characteristics, the high-temperature creep resistance is the primary requirement in superalloys for hotter GT engines.
It is generally accepted that the main constituent of the corrosion products from bronzes consists of Cu II) salts [5, 6], however, the corrosion behaviour depends both on the specific environment and on the alloy characteristics [6, 7] and, therefore, the colour of the copper-based stains is certainly influenced by the presence of associated elements contributing to the weathering process.
The composition, morphology and alloying structures of the nanowires were characterized, revealing a single-phase alloy characteristic, highly monodispersed morphology, and controllable bimetallic compositions.
Detailed measurements of solid area fraction evolution were extracted from image sequences, demonstrating alloy-characteristic temperature dependence, allowing for comparison with theoretical predictions.
Under thermal cycling creep conditions, the alloy exhibited characteristics of ISS, that is, at low stresses, the thermal cycling creep rates were much higher than the isothermal creep rates and the corresponding stress exponent was close to 1.
martensite onto the total diffusion flow if we studied alloy diffusion characteristics after different numbers of γ-α-γ cycles.
Similarly, shape-memory alloys have characteristics useful to large-scale actuation, but they require temperature control to work.
