Sentence examples for morphology in order from inspiring English sources

We have derived a new equation for correlating the average matrix ligament thickness with other morphological parameters of a polymer blend with the pseudonetwork morphology in order to evaluate the effect of rubber particle spatial distribution on the brittle ductile transition of poly vinyl chloride) (PVC /nitrile rubber (NBR) blends.

SEM analysis was used to observe cell wall morphology in order to verify the killing mechanism.

Cellular uptake was first studied on uncoated particles with different morphology in order to find out if shape effects could only result in different extents of internalization.

A novel tool to change the polymer morphology in order to achieve the requested superficial structures and textures is the atomic force microscopy (AFM).

This study explores temporal trends in facial morphology in order to gain a clearer understanding of the polarity of features, and describes the allometric patterning of facial shape.

This study suggests that intensive attention should be paid to the design of surface morphology in order to improve power generation of MFC.

Taking the advantage of different morphologies of Ag, it was aimed to produce the conjunction of two or more than two morphologies in order to develop the nano-assembly that is preferred for device fabrication.

Additionally, the photocatalytic reduction of aqueous Cr VI) under pulsed irradiation was studied using ZnS catalysts of various nanostructure morphologies in order to study the influence of morphology on the photocatalytic activity of ZnS nanostructures.

The micron-scale nano-aggregates are specifically designed to exhibit large, hollow, and spherical morphologies in order to achieve high aerosolization efficiency and an effective deposition in the lung.

The future directions of electrode materials for LIBs should focus on exploring new types of lithium-ion redox couples with different electrode reaction mechanisms and designing novel structures and morphologies in order to further increase battery energy/power densities, enhance charge/discharge rate capability, improve service life and safety, and reduce the cost at the same time.

The aim of the present study is to control the morphology development in order to produce a dispersed phase in the sub-micron to nanometre range.