Sentence examples for understanding the dynamic processes from inspiring English sources

Quantifying the sources of these signals is important for understanding the dynamic processes associated with eruptions and lahars and for monitoring volcanic activity.

Moreover, substantial efforts have been made in understanding the dynamic processes involved in ligand binding and coregulator recruitment to different NR conformations in order to predict cell/tissue-selective pharmacological outcomes of drugs.

Understanding the dynamic nature of innovation diffusion processes, and mechanisms underlying these dynamics is crucial, since such an understanding is potentially very important in designing effective innovation support policies and developing better diffusion forecasts.

The results of this study provide a systematic analytical framework for identifying key genes involved in neural differentiation by detecting their dynamical behaviors, as well as a basis for understanding the dynamic molecular mechanisms underlying the processes of neural differentiation.

It is shown that the quenching and re-ignition are key processes in the understanding the dynamic behaviour of pool fires.

Furthermore, advances in the visualization of native or authentic RNP through electron microscopy led to the understanding of the dynamic processes of RNP formation at molecular level.

The scaling relations among source parameters that we identified will contribute to our understanding of the dynamic processes associated with eruptions and lahars.

These efforts would contribute to a better understanding of the dynamic processes of volcanic eruptions and lahars and lead to improvements in monitoring of volcanic activity and associated seismicity.

Ultimately, such detailed analysis of stability will allow a better understanding of the dynamic processes by which friendships change over time and affect children's and adolescents' psychosocial development.

Here, we use an age-structured dynamical model of lymphatic filariasis transmission to show how a quantitative understanding of the dynamic processes underlying infection persistence and extinction is key to evaluating the eradicability of this macroparasitic disease.

We used a combination of spectroscopic and electrochemical methods to obtain a better understanding of the dynamic processes involved in the triggered ion-exchange reaction upon activation of the photoactive compound.