… High density of nanoscale twins are well known presented within lenticular martensite
and form midrib, while carbon-independent superhardening is thus expected and will in the …

… only on the midrib of the martensite. Second, the HP areas are considered to be much greater
than those of the other four planes; the aspect ratio of a lenticular martensite plate is ~ 0.1 …

… completely twinned midrib of lenticular crystals, but also the partially twinned zone framing
the midrib. Another fundamental conclusion is made about the martensitic transformation of …

… Orientation of junction planes for (a) the thin-pate and (b) the lenticular martensite … In
lenticular martensite, rank-1 connection at the midrib/midrib junction plane is satisfied in …

… The midrib of the lenticular martensite is composed of a … ) and partially transformed lenticular
martensite in combination … both, the interface and the midrib, the misorientations were closer …

… of martensite in low and medium carbon steels, and (ii) plate-type lenticular martensite in …
the absence of a midrib, whereas (112) transformation twins of the {112}<111>-type in plate …

… [2] shows, the growth rate of midrib (as well as thin-plate … lenticular shell of midrib, can be
smaller in order of magnitude. That is, according to the kinetics of the formation of the lenticular …

… the martensite in Fe-24Ni-0.3C has a lenticular morphology with a midrib in the middle of
martensite … /austenite interface will lose mobility once the lenticular martensite plate reaches the …

… -martensite plays a role in the formation of some α-martensite … On the other hand, the formation
of lenticular martensite was … α-martensite in ferrous alloys, lenticular martensite forms by …

… martensite. Therefore, in this study, any formation of martensite is related to the
deformation-induced martensitic … In the region (II), however, they are finer with a lenticular shape …