Sentence examples for morphology that can from inspiring English sources

Dysmorphology refers to alterations of "normal" or typical morphology that can be observed and/or measured in a population.

We also propose a constructive evolutionary algorithm based on tree-like representations of the morphology that can intrinsically provide for a type of generative evolutionary approach.

Grain boundary cementite precipitates develop with complex variations of a morphology that can be described as fern-like dendrites growing preferentially within and along austenite grain boundaries.

The nanometer-scale mesh size of many synthetic crosslinked hydrogel networks restricts encapsulated cells to a rounded morphology that can inhibit cellular processes such as proliferation and migration that are essential for the early stages of remodeling and tissue formation.

However, with predominant focus on correlating the catalytic activity with nanoparticle size and one particular shape (spheres), but other factors such as shape or morphology that can likely have a significant role in determining the catalytic reactivity remains elusive.

This processing method has been tuned to allow intimate (molecular) mixing of these two very different polymers, giving rise to a unique morphology that can be manipulated by controlling the phase separation behaviour of an initially homogenous polymer solution.

When block copolymers are placed with hard templates of different shapes and sizes, confining environments strongly constrain the possible morphologies that can be formed by the block copolymers.

α-Ammonium chloride seems to be an ideal model system, due to the various kinetic mechanisms and morphologies that can be studied.

Other than emphasizing the significant contributions of CuNMs to the built environment, this review also outlines the processes of producing CuNMs on the large scale and the various morphologies that can be obtained.

We go beyond morphologies that can be described by the BIM and present accurate simulations of complex, evolving tumor morphologies that demonstrate the repeated encapsulation of healthy tissue in the primary tumor domain – an effect seen in the growth of real tumors.

In this paper, we exploit a continuum model to explore the typical metastable pit morphologies that can be expected on Si 001), depending on the initial depth/shape.