2001
DOI: 10.1023/a:1017516407229
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Cited by 17 publications
(4 citation statements)
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“…However, as the "diffusionists", we think that the transformation in these alloys is limited by the diffusion. Indeed, the chemical composition of the product laths is slightly different from the parent phase; for example, in a duplex steel, the  laths formed inside the  ferritic matrix are depleted in chromium and enriched in nickel [33] [34]. Thus, we adopt the current consensual opinion that the transformations in these alloys are "diffusion-limited" displacive.…”
Section: Does the Model Apply To "Slow" Transformations?mentioning
confidence: 99%
See 1 more Smart Citation
“…However, as the "diffusionists", we think that the transformation in these alloys is limited by the diffusion. Indeed, the chemical composition of the product laths is slightly different from the parent phase; for example, in a duplex steel, the  laths formed inside the  ferritic matrix are depleted in chromium and enriched in nickel [33] [34]. Thus, we adopt the current consensual opinion that the transformations in these alloys are "diffusion-limited" displacive.…”
Section: Does the Model Apply To "Slow" Transformations?mentioning
confidence: 99%
“…Bccfcc transformations are less frequent. They can be encountered in Fe-Cr-Ni duplex steels in which  ferrite decomposes into lath and spearhead isolated austenite [33] or in Widmanstätten austenite at the  grain boundaries [34]. Bccfcc transformations are also widely studied in Cu-Zn brass and other Cu-Al, Cu-Sn alloys.…”
Section: Bccfcc Transformationmentioning
confidence: 99%
“…They also showed that absence of any intergranular precipitate of sigma phase is indeed a proof of heterogeneous nucleation and that the rate-controlling step is nucleation. Redjaimia et al 33 and Wang et al 17 performed isothermal transformation studies on 23Cr-5Ni-3Mo…”
Section: Tallurgy Of Duplex Stainless Steelsmentioning
confidence: 99%
“…Άλλεσ φάςεισ που εμφανίηονται ςπανιότερα ςτουσ υπερωςτενιτικοφσ χάλυβεσ, αλλά ςυχνότερα ςτουσ ανοξείδωτουσ χάλυβεσ είναι θ φάςθ G [159], θ φάςθ J [160-163+, θ φάςθ R' *164,165], θ φάςθ S [166][167][168] και θ φάςθ Ζ * [169][170][171]. Τζλοσ, οι φάςεισ ιττα (θ) και ταυ (τ) ζχουν περιοριςμζνεσ αναφορζσ ςτουσ ανοξείδωτουσ χάλυβεσ [172,173].…”
Section: λοιπζσ φάςεισunclassified