Sentence examples for morphology and kinetics from inspiring English sources

van Bruggen, M. P. B., Dhont, J. K. G. & Lekkerkerker, H. N. W. Morphology and kinetics of the isotropic nematic phase transition in dispersions of hard rods.

The results are interpreted in terms of morphology and kinetics of development of the passive film.

First, it is well known that AFGP molecules, which are bio-macromolecules that function to prevent the freezing9,11,13,14,15 of living organisms in a subzero environment, adsorb on the growing interface of an ice crystal and strongly modify the growth morphology and kinetics.

The morphology and kinetics of developing large spherulites of a metallocene-catalyzed linear-low-density polyethylene have been investigated in real time with polarizing optical microscopy.

The morphology and kinetics of the cathodic thallium and lead deposition on Ag (111)- and Ag (100) single crystal faces was studied by potentiostatic pulse experiments.

The morphology and kinetics of the discontinuous precipitation (DP) and discontinuous dissolution (DD) reactions have been studied in a Ni 4 at.% Sn alloy.

The present work introduces a new method for the characterization of morphology development and kinetics of nanoclay distribution in hydrogenated acrylonitrile butadiene rubber (HNBR)/natural rubber (NR) blends based on the measurement of electrical conductance during the mixing process.

Based on polarized optical microscopy (POM), scanning electron microscopy (SEM) and differential scanning calorimeter (DSC) results, we found that the spherulite morphology and crystallization kinetics of PBS were strongly influenced by the initial LLPS structure; because the kinetics of liquid liquid phase dissolution was much slower than that of crystallization.

Based on the initial phenotypic analysis (monitoring primary cell yield, morphology, and expansion kinetics) of the A-TSPC cohort, which revealed very comparable morphological and cell growth characteristics, 3 4 TSPC strains were selected as representative and employed in all experiments.

Resultant zigzagged ZnO NWs successfully prepared with diversified Ga-doping concentration are analyzed, and compared with each other in terms of the morphology and growth kinetics.

Thus, the new design was shown to operate as a 3-in-1 reactor, effectively allowing assessment of phase equilibria, morphology and apparent kinetics of gas hydrates.