Study of the morphology of oxide scale formedonhot-rolled steel

The effect of the dynamic flow conditions on biofilm devel- opment at the surface of the different plates was studied using a shear cell (Fig. Tests were performed on Na-Mor and Cu-

The thin, imbricate round scales of all histologically studied coelacanths, as evidenced here in Miguashaia (Figs 3, 4A, 7A), display in the posterior field three well-defined

The stratospheric NAM index approximating the variabil- ity of the zonal mean state and the vertical EP flux anomalies from the stratosphere and the troposphere are significantly

Indeed, at a pressure of roughly 50 GPa, hematite, a rhombohedrally structured antiferromagnetic insulator [1], undergoes a transition to a phase which has a totally different

In particular, a framing effect of the original survey questionnaire coming from the possibility that respondents feel sympathetic towards the poor and they are framed by a tendency

Abstract— Mechanism of oxide scales formation on steel during hot rolling process is delicately determined and their structures are extremely complex. This work is part

The variation of the reflectivity with temperature in the infrared photon energy range reflects the temperature dependence of the "intraband" transitions of the

In fact (and this is an important point that will be returned to later), the difference between scales A and B is not that intensity 4 is “slightly higher” in scale B but in the