These scattering approaches have become vital for understanding the complex nanostructure reorganization processes inherent in thin film fabrication and for establishing more consistent control over the morphology, ordering, and orientation.
As a conclusion, understanding variability means understanding the complex relationships among physiology, pathology, pharmacology, and clinical response.
Complex adaptive systems provide good source of understanding the complex nature of different components and their functions.
The complex morphology of axons presents a challenge in understanding axonal responses to injury and disease.
Sentiment analysis in Arabic is challenging due to the complex morphology of the language.
The proposed parameters convey the complex morphology of the SSN region in a quantitative manner.
However, the field lacks hypotheses to address the complex morphology of prolonged viral shedding episodes.
The mechanistic understanding of edge retraction provided through these studies will provide a basis for understanding the evolution of complex morphologies that result from solid-state dewetting of unpatterned single crystal films.
These results provide a framework for understanding how the seemingly complex morphology of the interlocking joint could have developed during evolution by the addition of simple developmental modules: cell differentiation and cell movement.
The results will be useful for understanding the morphology of non-linear ionospheric irregularities.
