Sentence examples for morphological evolution using from inspiring English sources
This intriguingly broad variation provides an excellent model for studying biological functionality and morphological evolution using the modern tools of molecular evolutionary biology and comparative genomics [ 3, 4].
The overall isothermal crystallization behavior of poly ethylene oxide) (PEO) in single walled carbon nanotube (SWNT) based nanocomposites is studied with a focus on growth kinetics and morphological evolution of PEO using differential scanning calorimetry and in-situ small angle x-ray scattering measurements respectively.
Patterns of morphological evolution were also examined using scores along the first two principal components (PC) using the shape variables as data, and thin-plate spline deformation grids [ 74] were used to facilitate biological interpretation of head shape changes.
In particular, a multi-temporal analysis of the landfill morphological evolution was carried out using aerial and satellite photos, since there were no geological and geophysical data referring to the study area.
However, all solutions showed different morphological evolution according to the solvents used.
Local stress relaxation and morphological evolution with thermal cycling were studied using the stress maps combined by post-mortem SEM examination.
Continuous thin films of Pt on A-plane (11¯20) sapphire substrates were dewetted to characterize the morphological evolution and dewetting kinetics at 800 °C using an oxygen partial pressure of 10−20 atm.
To our knowledge, there is no phylogenetic research that has demonstrated bursts of morphological evolution, but the methodology we have used is new and we look forward to investigators applying it to morphological characters in the future.
A similar mechanism can be used to explain the morphological evolution of the square nanoplatelet presented here.
In this study, different approaches are used to analyze the morphological evolution of the river from the sediment production areas to the outlet over the last 40 years.
This paper reports the result of an investigation into electromigration-driven morphological evolution of inclusions in finite scale thin-film interconnects using phase field method.
