Sentence examples for morphological constituents from inspiring English sources

Subsequent to the development of dental roots, root canals are formed and complete the morphological constituents of the pulp system.

Maxillary teeth: All morphological constituents of the endodontic cavity were present in teeth between 4 and 16 years: Triadan 06s displayed six pulp horns and five root canals, Triadan 07-10s five pulp horns and four root canals and Triadan 11s seven pulp horns and four to six root canals.

Nitrogen being structural and morphological constituent nutrient has been easily available in vermicomposting to composting technologies as compared to other approaches involved for the organic resources.

For both simulations and experiments we show that our optimal geometry corresponds to that of natural nacre indicating the importance of specifically incorporating nacre's key morphological and constituent features.

Morphological and chemical constituents of the crystals formed by different bacterial isolates were analysed by scanning electron microscopy, X-ray diffraction and Energy dispersive X-ray spectrum.

However, predicting epidemiological risk and the spread of disease is hampered because whilst vector competence of Culicoides is expressed only in adult females, morphological identification of constituent species is only readily applicable to adult males and some species distinguishing traits have overlapping character states.

The digestive system is thus a central morphological and physiological constituent of metazoans, and, as such, has experienced intense adaptation and diversification, as animals have radiated into different ecological niches and utilized new food sources and predatory strategies [ 1].

In the multi-sites framework, the micromechanics incremental schemes presented herein are able to account for the anisotropic behavior of the constituents, the morphological and the topological textures and the strong contrast between the properties of the individual phases of these composite materials.

The effects of the constituents on morphological changes of the bacterial strains were examined using scanning electron microscopy (SEM).

The optical, electrical and morphological properties of the constituent layers were analyzed using an ultraviolet-visible photospectrometer, a 4-point probe and an atomic force microscopy (AFM), respectively.

Based on the results of numerical simulations, a semi-empirical model is developed to predict the fracture toughness of brittle two-phase ceramic composites as a function of statistically defined morphological attributes of microstructure, constituent properties and interfacial bonding characteristics.