The phrase "amount of alloy" is correct and usable in written English.
It can be used when discussing the quantity or measurement of a specific alloy in a scientific or technical context.
Example: "The amount of alloy used in the construction of the bridge was carefully calculated to ensure structural integrity."
Alternatives: "quantity of alloy" or "volume of alloy".
This lowers the partial pressure of oxygen and carbon monoxide, so that, based on the pressure-dependent equilibrium relationship %C × %O = 0.0025 × CO pressure, the oxygen prefers to combine with carbon and oxidizes only a small amount of alloy.
The amount of alloy segregation, composition of segregated elements in autogenous joints, and the role of alloying elements added in the filler metal to avoid detrimental segregation along with their effects on tensile strength of the joints are discussed in this paper.
The amount of alloying base metals, X and Y, were restricted up to 2 at.%.
The lower amount of alloying elements has a positive correlation with the steel price and with weldability.
Table 12 Chemical composition of E500 and F500W weld metal Steel grade and plate thickness Welding process Amount of alloying elements in the weld, wt.
The E500 weld metal has a significantly higher amount of alloying elements, such as Mn, Ni, and Cr, which come from the MMA and FCAW welding consumables.
It can be seen that the E500 weld metal has a significantly higher amount of alloying elements, such as Mn, Ni, and Cr, which come from the MMA and FCAW welding consumables.
In materials with similar porosity levels, other microstructural factors became relevant such as, matrix morphology and the amount of alloying elements.
This demonstrates the interest of increasing the amount of alloying elements to limit the formation of the bi-modal grain microstructure.
The results show that the acicular ferrite and/or bainite transformations are promoted, the polygonal ferrite and pearlite transformation are restrained, because proper amount of alloying elements were added into the new steel.
Less compact structures and/or less amount of alloying elements (as occurs with the body centred cubic, ferritic AISI 430) achieve bigger changes with this modification, whereas on stainless steels with a larger amount of alloying elements and/or more compact structures (like the face centred cubic, austenitic AISI 317L) ion implantation slightly modifies the corrosion behaviour.
