Sentence examples for dynamics of growing from inspiring English sources

Artists from both groups were mesmerised by the dynamics of growing cities Paris, London and Berlin at the end of the 19th and beginning of the 20th centuries.

Don't let the tyranny of a seductive short-range model triumph over what the real world is telling you about the dynamics of growing the business.

In the past decade, many theoretical and experimental efforts were devoted to understand this surface morphology and the dynamics of growing surfaces [13, 14].

However, biomarkers that allow direct assessment of dynamics of growing follicles, anti-Müllerian hormone (AMH) and antral follicle count (AFC) may provide more accurate estimation of ovarian reserve [5].

We propose and analyze finite volume Godunov type methods based on discontinuous flux for a 2×2 system of non-linear partial differential equations proposed by Hadeler and Kuttler to model the dynamics of growing sandpiles generated by a vertical source on a flat bounded rectangular table.

By incorporating cellular growth, division, and movement, the framework is able to successfully mimic the spatiotemporal dynamics of growing populations.

Understanding molluscan host parasite dynamics is of growing importance because: (1) expanding aquaculture; (2) current and future climate change; (3) movement of non-native species; and (4) coastal development are modifying molluscan disease dynamics, ultimately leading to complex relationships between diseases and cultivated and natural molluscan populations.

The protein sheet directs nucleation of oriented calcite to form a "primer", while two distinct populations of soluble polyanionic proteins (at least one of which becomes occluded within the growing crystals) subsequently determine crystal phase, morphology and growth dynamics of the growing crystals.

The scaling is based on the micromechanics of the growth of cracks from populations of initial flaws, and captures the fundamental dynamics of rapidly growing and interacting cracks.

For industrial agricultural projects, the dynamics of the growing process in crop industries and of herd/flock movement can be entered into a bio-economic model spreadsheet, in which the output of the biological and production processing modules serves as an input to an economic (cash flow) module.

The preliminary case studies in Overijssel, the Netherlands and Navarre, Spain provide the background for understanding this complex issue, and a new integrated policy and land use model is introduced in order to combine qualitative and qualitative data that is important for understanding the dynamics of this growing field.