You are seeing reference results for austenite former because there's not a match on Dictionary.com.
|
www.imoa.info/moly_uses/moly_grade_stainless_steels/met...
www.imoa.info/moly_uses/moly_grade_stainless_steels/metallurgy_of_Mo_in_stainless_steel.php
|
That means that when molybdenum is added to improve the corrosion resistance of an austenitic stainless steel, there has to be an austenite former such as ...
|
|
www.gowelding.com/met/diss.html
|
Jan 19, 2004 ... The main disadvantage with this diagram is that it does not represent Nitrogen, which is a very strong Austenite former. Ferrite Number ...
|
|
www.assda.asn.au/technical-info/grade-selection/low-nic...
www.assda.asn.au/technical-info/grade-selection/low-nickel-austenitic-stainless-steels
|
The austenitic structure is the result of the addition of approximately 8-10% nickel . Nickel is not alone in being an austenite former; other elements that are used ...
|
|
steel.keytometals.com/articles/art104.htm
|
Like carbon, nitrogen is a very strong austenite former. Both elements, being interstitial solutes in austenite, are the most effective solid solution strengtheners ...
|
|
www.gualstainless.com/htm/img/products/document_tecnic_...
www.gualstainless.com/htm/img/products/document_tecnic_2.pdf
|
cause carbon is just a useful austenite former, but also because ni- trogen reduces the temperature where carbides begin to form. Thus there is always an ...
|
|
www.worldstainless.org/NR/rdonlyres/16D7CBB1-1E5F-4338-...
www.worldstainless.org/NR/rdonlyres/16D7CBB1-1E5F-4338-9A5A-F53504A87667/3265/200seriesstainlesssteel.pdf
|
of chromium nitrides and even gas porosity. However, manganese (Mn) is also an austenite former and has the additional characteristic that it allows more N to ...
|
|
|
|
www.outokumpu.com/files/Group/HR/Documents/STAINLESS20....
www.outokumpu.com/files/Group/HR/Documents/STAINLESS20.pdf
|
Carbon is a strong austenite former and strongly promotes an austenitic structure. It also substantially increases the mechanical strength. Carbon reduces the ...
|
|
www.corrosionist.com/magnetic_response_stainless_steel....
www.corrosionist.com/magnetic_response_stainless_steel.htm
|
This can be evaluated as the ratio of austenite former elements divided by ferrite former elements, or simply as the Ni/Cr ratio. Grade 316 products usually only ...
|
|
www.hamel.nl/Files/File/documentatie/Hamel%20compleet%2...
www.hamel.nl/Files/File/documentatie/Hamel%20compleet%20in%20Duplex%20Engels.pdf
|
Nickel is an austenite former and therefore essential for obtaining the right balance in Duplex metals in combination with ferrite formers such as chromium.
|
|
corrosion-doctors.org/MatSelect/corrstainsteel.htm
|
Depending upon the ratio between austenite former elements and ferrite former elements, the resulting microstructure may be Ferritic (Body-Centered-Cubic ...
|
