Sentence examples for fundamental morphology from inspiring English sources

The methodology can provide an insight into mixing processes for studying the fundamental morphology development mechanisms for immiscible interfaces.

Evidently, the polymer spherical geometry (just as "soft" template) substantially represents a fundamental morphology selected by the spatial charge stability in solution, which is similar to the observed DNA toroidal compaction, but distinct from the polymer-silica hybrid films or spheres under slightly acidic condition [40, 41].

All of these supposed genera in the East Asia Clade share a fundamental stigma morphology of three lobes, the two lateral lobes often being made more conspicuous by being raised from the surrounding gynostemium tissue and/or differently coloured.

We summarized the fundamentals of morphology formation as fiber diameter, surface configuration and continuity with different processes investigated in the latest reports.

Animals differ from members of the two other kingdoms of multicellular eukaryotes, the plants (Plantae) and the fungi (Mycota), in fundamental variations in morphology and physiology.

To summarize, we have investigated the fundamental aspects of morphology control of heterostructured NWs synthesized by the sol-flame method for the model system of Co3O4-decorated CuO NWs.

This will be demonstrated both from a historical point of view and from the author's personal experiences and interest in crystal growth fundamentals, particularly the morphology of crystals.

Through systematic approaches to morphological manipulation, it has become evident that a fundamental understanding of PEM morphology and the corresponding relationship with transport and mechanical properties is essential to explaining, predicting, and tailoring membrane performance.

Land surface morphology is fundamental to geomorphological mapping and many GIS applications.

Therefore, the fundamental research about the morphology, size, and doping levels of ITO NPs has recently gained great interest [12 15].

SEM has been a primary tool for characterizing the surface morphology and fundamental physical properties of the adsorbent surface.