Sentence examples for the ordering transformation from inspiring English sources
A tentative isothermal section for the AlO1.5 GdO1.5 ZrO2 system at 1200 °C is reported, with additional discussion of the ordering transformation between the fluorite and pyrochlore phases.
The difference in the evolution sequences has been rationalized on the basis of driving forces influencing the ordering transformation in the two cases.
The model predicts that the initiation of the ordering transformation will occur in Ni 33Cr at temperatures and timescales relevant to nuclear power systems, though longer times are required for the transformation to proceed to completion.
This behavior has been related to the crystallography of the ordering transformation.
Our findings reveal that the surface segregation of Fe precedes the ordered transformation.
The sequence of ordering transformations in binary Ni Mo alloys has been shown earlier to be controlled by a competition between several f.c.c.-based superlattices, viz.
Simulating the CP N − 1 model, we find a small improvement with the leading order transformation, which is however compensated by the additional computational overhead.
By specifying a link between analytical solutions to sequentially reactive transport problems and optimization methods and assuming constant transport parameters (velocity, dispersivities, and retardation factors), the first-order transformation rates are optimized successively from parent species to its daughter species.
While most of the literature focuses on the second-order transformations of the signals, we investigate the potential of higher-order transformations of the signals.
In each system the temperature of the eutectic reaction is higher than the temperature of the transformation from the ordered crystals to the orientationally disordered (plastic) crystals.
Furthermore, this ion-pair compound shows novel dielectric bistability and dielectric phase transition around 90 °C, which is probably arise from the disorder-to-order transformation of alkyl chains and the conformation rotation of imidazolyl rings.
