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austenite
This term is used exclusively within the fields of metallurgy and materials science. It describes a specific phase of iron-carbon alloys, characterized by a face-centered cubic crystal structure.
In practical application, the term is most frequently encountered when discussing the heat treatment of steel, such as the process of quenching, where austenite is rapidly cooled to transform into martensite. It is rarely used outside of academic, industrial, or engineering contexts.
Meanings
Examples
The steel was heated until it transformed completely into austenite.
The steel was heated until it transformed completely into austenite.
Austenite is a face centered cubic structure that allows for higher carbon solubility.
We need to ensure the austenite is fully stabilized before quenching.
The microstructure shows a small amount of retained austenite after the tempering process.
Wait, did the sample reach the temperature required to form austenite?
Austenitic stainless steels are known for their excellent corrosion resistance.
The rapid cooling of austenite results in the formation of martensite.
I wonder if adding more nickel will stabilize the austenite at room temperature.