Sentence examples for understand the morphological changes from inspiring English sources

In addition, thermogravimetric analysis (TGA), X-ray diffraction (XRD) and secondary electron microscopy (SEM) have been undertaken to identify the formation of various hydrates and to understand the morphological changes occuring in the cement matrix due to the addition of various materials under study.

In this respect it is important to understand the morphological changes that take place within the lignocellulose cell wall as a result of deconstruction, to identify the critical structural factors which influence the rate and extent of enzymatic saccharification, and to investigate how such changes may be optimised for highest saccharification efficiency [ 9, 10].

Combining the different techniques applied in this work warranted thorough information about the undergoing morphological and chemical changes and was an efficient approach to understand the morphological effects resulting from sample delignification and its influence on the enhanced hydrolysis results.

In this new approach, molecular conformational changes are well captured in the two-point auto- and cross-correlation spectra, to understand the morphological evolution of different domains consisting of macromolecular chains on a statistical level.

To understand the morphological dynamics of the littoral environment and quantify the amount of coastal erosion, an analysis of coastline change has been carried out using various data sources: historical cartography, aerial photographs and GPS surveys.

To understand the morphological and structural characteristics of the as-grown NWs, TEM investigation was performed.

Scanning electron microscopy was done to understand the morphological and elemental information of silver nanoparticles.

Some annexes illustrate this paper to precise main basic notions to understand the morphological tools.

In attempts to understand these morphological changes, several experimental studies have been undertaken.

Such changes in deformation mode can be understood as arising from the morphological changes and the increase of 'effective' strand density due to the formation of ionic cross-links in the blends.

To understand the biomechanical causes and consequences of lordosis, we mapped the morphological changes that occur in the vertebrae of European sea bass during their development from larva to juvenile.