Morphological characteristics were evaluated by means of scanning electron microscopy.
Significantly different surface morphological characteristics were captured and quantitatively analyzed.
Thus, morphological characteristics were useful markers in the identification of induced tetraploids.
The relationships among individual and collective embryo morphological characteristics were evaluated.
Jerusalem artichoke's morphological characteristics were directly related to soil salt content.
The following aggregate morphological characteristics were measured: sphericity, flatness ratio, elongation ratio, angularity and surface texture.
Structural and morphological characteristics were correlated with the corrosion behavior in artificial saliva.
These morphological characteristics were also compared with those of conventional phenolic resin/silica glass composites.
The morphological characteristics were examined by scanning electron microscopy (SEM) using an S-3500 N SEM (Hitachi, Japan).
After incubation, cultural and morphological characteristics were observed by visible growth pattern followed by simple staining and microscopic observation.
The thermal stability, photochemical properties, and morphological characteristics were investigated using TGA, DSC, cyclic voltammetry, and XRD techniques.
