Sentence examples for characterization of these processes from inspiring English sources

The recently developed top specified boundary layer (TSBL) approach is very convenient to use for the initial characterization of these processes, and is further adapted to characterization of head-driven seepage through semi-confining layers.

Various analytical methods are available for the characterization of these processes, including but not limited to: dynamic light scattering techniques (DLS and NTA), Field-Flow Fractionation (FFF), ultracentrifugation, membrane filtration techniques, UV Vis and electron microscopy (EM).

The coming years will certainly bring further molecular characterization of these processes from approaches involving combinations of human molecular genetics, characterization of newly generated animal models, advanced imaging techniques, and structural studies.

However, the quantitative characterization of these processes from their temporal responses is not a trivial problem due to the complexity of typical biological networks and the multi-fold interdependencies among their components.

Beyond gaining a basic understanding of the amino acid control of biological mechanisms, the characterization of how these processes contribute to the occurence of various diseases represents an important field of investigation in molecular nutrition.

In order to investigate the possible processes underlying participants' behavior in the IGT, one needs a preliminary characterization of how these processes outlined above contribute to decision making, what affects them, and how they interact.

The method is based on spatial characterization of the processes that generate accumulation of pollutants in these organisms.

Short-term induction of the disease in this model may not allow comprehensive characterization of the processes involved in EH progression including crucial stages of onset of tumorigenesis.

This paper presents a review and characterization of the processes by which conflict has contributed to the occurrence of sleeping sickness in Africa.

Although a complete kinetic characterization of the processes in a complete metabolic network may yet be far, information on kinetic orders and saturation fractions is easier to obtain.

Mr. McVicker of Kraft bristled at his competitor's characterization of the process as a sort of trickery rather than scientific innovation.