Finally, we proposed a model for the tectonic evolution of the southern ISTL.
Thus, we proposed a model in which mSYCP2 bridges the SC with the centromere (Fig. 2F).
We proposed a model to explain the characteristics of the current conduction mechanism, and it is shown as Fig. 5.
Furthermore, we proposed a model to provide a more comprehensive insight and understanding of pathway-centric cancer therapies.
We proposed a model to represent the control flow of a unit and the join points that may activate an advice.
We proposed a model of geomagnetic field variations that allows us to describe the tranquil dynamics and disturbances occurring in periods of increased geomagnetic activity.
Based on our findings, we proposed a model of how design inquiry facilitates inflection moments during idea generation and counteracts design fixation.
Considering the ridges and the movement rule of the glossa, we proposed a model for analyzing the mechanism of drag reduction.
We proposed a model that incorporates size-dependency of single nanofibers to predict the scaffold effective modulus, in which the fibers' random or orientation distribution are considered.
In summary, we proposed a model to account for the observed persistent photoconductivity in ZnO nanowires, which ties together several previously suggested explanations of different facets of the problem into a single comprehensive picture.
In order to analyze the effects of the illumination on the electrical properties of the junction, we proposed a model of two opposing diodes, each one associated with an independent current source.
