Sentence examples for morphological evolution during from inspiring English sources
Different materials transport mechanisms lead to distinctly different morphological evolution during the sintering of ceramic particles.
Nonetheless, the complexity of a multiphase diffusion zone and the morphological evolution during interdiffusion requires a physico-chemical approach.
The morphological evolution during solution heat treatment is correlated with results of elevated temperature compression tests at 300 °C.
The model predicted the dendritic grain size, and morphological evolution during the solidification phase of the deposition process.
The morphological evolution during spinodal decomposition of a binary alloy thin film elastically constrained by a substrate is studied.
However, there is a lack of fundamental knowledge on the origins of dendrite nucleation, the morphological evolution during growth and dissolution, and the exact mechanisms that lead to cell failure.
Various lithium alloying hosts and the material structure designs to suppress the volume effect are systematically introduced, and the structural and morphological evolutions during electrochemical cycling are examined.
This paper critically assesses recent advances in fundamental understanding of Na+ ion storage mechanisms, e.g., phase transition, electrochemical kinetics and morphological evolutions, during the charge/discharge cycles in various anode materials.
Under these observational limitations, we have found some examples that demonstrate clear morphological evolutions during the initial growth phase of omega bands, as presented in Fig. 9.
In this research we implement in-situ grazing incidence wide angle x-ray scattering (GIWAXS) approach to extracting morphological evolution information during film formation in model Poly 3-hexylthiophene) (Poly 3-hexylthiophene61-butyric acid methyl ester (P3HT) blend films that have otherwise been widely studied.
The morphological evolution of zinc during electrodeposition from an alkaline zincate solution, i.e., corresponding to charging operation in secondary zinc batteries, was investigated.
