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austenite

American  
[aw-stuh-nahyt] / ˈɔ stəˌnaɪt /

noun

Metallurgy.
  1. a solid solution of carbon or of carbon and other elements in gamma iron, having a face-centered cubic lattice at all temperatures.

  2. an allotrope of iron, stable between 910°C and 1400°C and having a face-centered cubic lattice; gamma iron.


austenite British  
/ ˌɔːstəˈnɪtɪk, ˈɔːstəˌnaɪt /

noun

  1. a solid solution of carbon in face-centred-cubic gamma iron, usually existing above 723°C

  2. the gamma phase of iron, stabilized at low temperatures by the addition of such elements as nickel

"Collins English Dictionary — Complete & Unabridged" 2012 Digital Edition © William Collins Sons & Co. Ltd. 1979, 1986 © HarperCollins Publishers 1998, 2000, 2003, 2005, 2006, 2007, 2009, 2012

Other Word Forms

Etymology

Origin of austenite

1900–05; named after Sir W. C. Roberts- Austen (1843–1902), English metallurgist; see -ite 1

Example Sentences

Examples are provided to illustrate real-world usage of words in context. Any opinions expressed do not reflect the views of Dictionary.com.

The growth is continually destroyed by the hammering, which should consequently be continued down to the upper critical temperature when the austenite crystals break up into ferrite and cementite.

From The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel by Colvin, Fred H. (Fred Herbert)

In the most quickly quenched high carbon steels, austenite commonly forms the ground mass which is interspersed with martensite, a large field of which is illustrated in Fig.

From The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel by Colvin, Fred H. (Fred Herbert)

In order to produce quick and intense carburization the iron should preferably be above its upper critical temperature or 1,600°F.,—therefore the carbon absorbed immediately goes into austenite, or solid solution.

From The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel by Colvin, Fred H. (Fred Herbert)

The size of the final grains will be much smaller and hence a more uniform structure will result if the "mother" austenite was also fine grained.

From The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel by Colvin, Fred H. (Fred Herbert)

Chromium steels are therefore capable of great hardness, due to the rapid cooling being able to retard the decomposition of the austenite.

From The Working of Steel Annealing, Heat Treating and Hardening of Carbon and Alloy Steel by Colvin, Fred H. (Fred Herbert)

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