Sentence examples for evolution of hierarchical from inspiring English sources

In this paper, we discuss the principle complexities of the evolution of hierarchical triple star systems.

These descriptions are incorporated in a public source code TrES for simulating the evolution of hierarchical, coeval, dynamically stable stellar triples.

But then Ostwald ripening dominated the morphology evolution of hierarchical ZnO architecture due to a low degree of supersaturation of ZnO.

In addition, a series of time-dependent tests have been listed, by which we can obtain the morphological evolution of hierarchical WO3·0.33H2O microspheres.

It is currently largely unexplored how non-secular effects such as stellar evolution, tidal evolution and mass transfer affect the evolution of hierarchical quadruple systems, or, more generally, in higher-order multiple systems.

The findings, together with the results of FTIR-spectroscopy, scanning probe, and electron microscopy, allowed us to make a model which describes the evolution of hierarchical structures in the system (Mo138)–(n-tridecylpyridinium chloride) in conditions of increasing cationic surfactant concentration and changing pH.

Furthermore, a schematic for the evolution of the hierarchical structure of PBST nanocomposites at each level during cooling was proposed.

In some cases, the evolution of a hierarchical triple can be adequately described by the evolution of the inner and outer binary separately.

To understand the crystal phase transformation and morphological evolution of Bi2S3 hierarchical nanostructures, the fabrication of Bi2S3 hierarchitectures was investigated by varying sulfidation time and chlorination time.

Measurements, such as XRD and SEM, are used to investigate the morphological and structural evolution of the hierarchical porous NiCo2S4 hexagonal plates.

We report extensive nano-twin formation in 316 stainless steel (SS) and the evolution of a hierarchical microstructure through the formation of multi-scale twin bundles after uniaxial tension with uniform elongation levels of 20%, 30%, and 40%.