The phrase "alloying components" is correct and usable in written English.
It can be used when discussing the materials that are combined to create an alloy in metallurgy or materials science.
Example: "The alloying components of steel include carbon, manganese, and chromium, which enhance its strength and durability."
Alternatives: "alloying materials" or "constituent elements of the alloy".
This is mainly attributed to the beneficial effect of the alloying components, which are homogeneously mixed in the amorphous phase.
The results draw attention to the complexity of the optimization procedure of the deposition of multilayers with several alloying components.
The synchronically formed conductive alloying components and amorphous carbon lead to the long cycle stability, and good rate capability.
In this paper, the relationship between the TCP phase stability and the physicochemical/thermodynamic properties of alloying components in HEAs was systematically studied.
Each of them was equipped with an internal electrode made of Fe or Cu, which functioned as the source of the alloying components of the layer material.
The introduction of the alloying components of Al and W into Ni P to form the multicomponent coatings gave rise to the increase in thermal stability and surface hardness of the Ni P-based coatiNi P-based
Some authorities have advocated silicon (atomic number 14) as the major alloying component in the core, but this seems less likely; if silicon were the sole alloying element, then the core would have to contain more than 30percentt silicon in order to reduce its mean atomic number to 22.
This disagreement may suggest that Mn-alloying process is more efficient in the presence of a minor excess of the alloying component.
When these alloys are exposed at high temperatures, an initial, transient period of reaction in which all alloy components oxidize, is followed by a steady-state reaction.
In order to characterize the individual contribution of each alloying element to the strength properties at high temperature, we introduce a parameter, χ, which is the partial molar cohesive energy of an alloy component.
Alloy components form oxides of different stabilities.
