Sentence examples for morphological properties such from inspiring English sources
The morphology characterization of complex structures is a demanding but fundamental task, as the morphological properties, such as porosity, pore size, pore wall size, and interconnectivity, affect the mechanical behavior as well as the biological performances of the scaffolds.
Morphological properties such as horizonation, soil fabric, root and worm casts, and redoximorphic features are resistant to alteration and thus are valuable as criteria.
Landform types are conceptualize as mainly consisting of waveform features that exhibit entire repeating cycles of variation in morphological properties, such as slope gradient, slope lengths, relief, curvatures, and moisture regime.
Based on atomic force microscopy, scanning electron microscopy, cyclic voltammetry and impedance spectroscopy measurements, the morphological properties such as the of structure, double layer capacitance and thus the polymer surface area have been determined.
Even though miscibility of fullerene in the polymer is a commonly observed property, quantitative measurements have unknown connections with other morphological properties such as domain size and domain purity.
Local classification criteria reflected a detailed understanding of soil behaviour, use potential based on long-term observations, and experience with key soil morphological properties such as texture, consistence and colour.
Local time dependence of the morphological properties of such QP signatures would be an important future issue to be studied with more daytime Es observations.
Malvern Instruments Ltd released an application note [4] describing the image analysis method for recognition of agglomerates based on multiple morphological properties of particles, such as size, convexity, and/or circularity.
Second, the morphological properties of AgNRs, such as diameter, density, and length, dependent on the substrate temperature as well as the existence of a critical temperature for the AgNR array formation can be explained by the random diffusion effect.
We have not only shown a loss in proliferation after differentiation to astrocytes, but also changes in morphological and phenotypic properties such as increased glutamate uptake associated with astrocytes [ 27].
Modeling of transport was performed to estimate the impact of the morphological properties of the membranes such as tortuosity, fiber diameter, and porosity.
