Sentence examples for morphology evolution in from inspiring English sources

Upon heating, the morphology evolution in Estane follows: domain intermixing – mesophase formation – final melting.

An example result demonstrates that the coded model was able to simulate the pore morphology evolution in a plausible manner.

The phase decomposition and morphology evolution in thermal aging Fe Cr alloys were investigated using the phase field method.

Combined small- and wide-angle X-ray scattering (SAXS/WAXS), mechanical and thermal techniques have been used to follow the morphology evolution in a series of poly ethylene terephthalate) (PET) multiwall carbon nanotube (MWCNT) composite films during quasi solid-state uniaxial deformation at low strain rates.

Crystallization behavior, structural development and morphology evolution in a series of diblock copolymers of poly l-lactide -block-poly ethylene glycol) (poly l-lactide -block-poly ethyleneifferential scanning calorimetry, wide-angle X-ray diffraction, poly l-lactide -block-poly ethyleneomic force microscopoly l-lactide -block-poly ethylene

If so, the regulation of ball morphology might be another module of joint morphology evolution, acting in parallel with cell differentiation and cell movement.

Furthermore, for species in which females were solely responsible for mouthbrooding the males had a higher rate of head morphology evolution than in those with bi-parental mouthbrooding.

Local aggregate morphology evolution was characterized in terms of "primary" particle size, aggregate size, and fractal structure.

Depending on the growth process of the top layers morphology evolution differs, resulting in better morphologies for top layers grown by atomic layer molecular beam epitaxy (ALMBE) at Ts=400°C.

We introduced in this work a hydrothermal strategy to produce well-defined ZnGa2O4 Cr3+ monospheres, and the effects of citrate (Cit3−) anions, system pH, and reactant content on the phase structure and morphology evolution were demonstrated in detail.

Meanwhile, the effect of P doping on the morphology evolution was studied in detail, and the growth mechanism of ultrathin P-doped ZnO nanosheets with branched structures was comprehensively investigated.