The results are qualitatively explained by the role played by Al in Ti1−xAlxN.
This anomalous behavior has been explained by the role of exothermic heating accompanying chemical ordering.
The influence of grain size seems to be explained by the role of cyclic plasticity in the crack initiation process.
The mechanisms of polyploidization in TGCs were mainly explained by the role of cell cycle regulators such as p57Kip2 and cyclin E1/E234,35.
This is explained by the role of the Nordic electricity market, which is still limited enough to respond to national energy tax reforms.
These apparently conflicting genetic hypotheses can be explained by the role of exhumation of inherited structures of the bedrock in add to a constant interplay between tectonics, erosion and drainage evolution during Quaternary times.
The observed behavior is explained by the role of alumina zirconia interphases, stronger and with a faster relaxation kinetics than alumina interfaces, to achieve an effective grain boundary pinning.
This dichotomy in results may be explained by the role of vessel normalization in the response of tumors to anti-angiogenic therapy, where anti-angiogenic therapies may initially improve both the structure and the function of tumor vessels, but more sustained or potent anti-angiogenic treatments will produce an anti-vascular response, producing a more hypoxic environment.
Similar to PP1, this could be partially explained by the role of the water molecules and the enhanced target motion during MDBSA.
This "new state" could be explained by the role of the ECB in dealing with the aftermath of the financial crisis.
However, in most cases, the deviations from the trend were explained by the role of the local relief, plant cover, etc. (Hori et al., 2007).
