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5 Nov 2013: 0.83 2.28 0.011 0.008 1.9 0.044 0.12 1.44 0.24 0.11 1.55 0.019 0.023. ... of thesteel [22–24], as opposed to when it is altered by changing the heat treatment for the samesteel [25].

28 May 2013: Materials Research for Environment and Energy. - 11 -. Moreover, stress corrosion cracking [19] and hydrogen embrittlement [20-24] are observed. ... Zhao, J. Sietsma, Proceedings of HMnS (2011) CD-ROM.[24] M. Koyama, E.

9 Oct 2013: 24] J Krueger, HD Kunze, E Schuermann, E Fromm, E Gebhardt, Gas and carbonin metals, Springer-Verlag, Berlin, 518–613, 1976. ... phase single H atom 0 layer 1 layer 3 layers. ferrite 0.19 0.24 0.20 0.19.

23 Dec 2013: been low [24] Martensitic Fe-Mn alloys can be very brittle [25-29] probably as a result of a co-. ... Fatigue and Fracture of Eng Mater. and Structures. 2008;31:125-36. [24] Martínez Díez F, Liu S.

21 Jun 2013: 10. 11. Kinetics of martensite. Koistinen and Marburger (1959). 12. Each of 24 variants in a given austenite grain will have a different martensite-start temperature.

20 Jun 2013: Of the 24 possibleorientations of martensite that can form in any given grain of austenite, some will be favoured andothers opposed since they do not comply with the stress - in other ... Therefore, the sign and magnitude of themechanical driving force

4 Jan 2013: fracture [24, 25]. An experiment was conducted in which the tensile test was video recorded. ... 24. 2 Effect of heat–treatments on the measured retained austeniteaustenite content and mechanical properties.

14 Jun 2013: The nucleation andstability of channel segregates were like- wise investigatedexperimentally and theoretically in a number of studies.24–26).

22 Feb 2013: Two prolonged aging treatments wereadditionally conducted to investigate the coarsening ofcarbides, where the specimens were encapsulated inevacuated quartz tubes and held for 24 and 120 h at650 and 700uC respectively. ... Corresponding author, email

27 Oct 2013: It has been known in this contextthat bainitic ferrite is supersaturated with an excess of carbon [24–27]. ... The accumulated evidence indicatesthat the excess carbon in the ferrite is reluctant to partition into the resid-ual austenite [24,29–33].