Sentence examples for morphology owing to from inspiring English sources

OSPCL displayed an interrupted crystal morphology owing to its highly branched architecture, and consequently, the degree of crystallinity was lower in comparison with the linear analogue.

In addition to the cell lysis phenotype of GroE-depleted E. coli, it has been reported that cells with impaired GroE exhibit filamentous cell morphology owing to defects in cell division [ 27].

Figure 4c suggested that there were micro phase separations consisting of the hydrophobic PNIPAAm and hydrophilic PAA in the spherical nanostructure, where Figure 4d exhibited the homogeneous morphology owing to the hydrophilic transition of PNIPAAm.

The proposed patterning processes of the Si surface have potential technological applications in fields that need textured surfaces of controlled nanoscale periodicity and morphology owing to their relative simplicity and low cost.

MFI-K171 has an overall slender morphology owing to a shallow and thin corpus.

It is widely accepted that phosphor particles with a spherical shape may exhibit superior luminescence and have advantages in practical application over other morphologies, owing to the fact that the spherical shape may minimize the light scattering on particle surfaces and a denser luminescence layer can be constructed via close packing of the spheres [6, 7].

The stabilization of such a buckled morphology is owing to a lower system potential energy in the buckled configuration due to van der Waals interaction; similar energy dissipation mechanism in CNT network is also revealed by[36].

Observations of surface morphologies indicated that owing to the strain incompatibility of three grains, at lower strain amplitude the triple junction (TJ) retards obviously the primary slip in grains and makes deformation near it smaller than that near the bicrystal GB, while at higher strain amplitude slip can be distributed near the TJ homogeneously.

The shot addition of these monomers led to a very uniform surface morphology without any secondary nucleation owing to quick coalescence of the secondary particles on the soft surface of the seed particles.

Silicon nanowires (Si NWs) have many unique electronic, optoelectronic, and mechanical properties owing to their anisotropic morphology, high surface-to-volume ratio, tailorable bandgap, and quantum confinement [1, 2].

Furthermore, we evaluate the photoelectrochemical (PEC) and photocatalytic (PC) performance of the TiO2 NBs, with results suggesting that the TiO2 NBs exhibit higher PEC and PC activities than NTs owing to its specific morphology.