As the oxygen content increased, the color of the ZrNxOy thin film changed from golden yellow to blue and then slate blue, and the microstructure observed by scanning electron microscopy (SEM) varied from columnar structure to finer grains and finally flat and featureless structure.
Peat improves the water-storage capability of soils and gives better structure to fine soils.
The SEM images reveal that the morphology of the LiFePO4/C composite transformed from the porous structure to fine particles as the molar ratio of lauric acid/citric acid increased.
The addition of sodium saccharin changed the crystal orientation from mixed hcp (10¯10) and (11¯20) planes to mixed hcp (10¯10), (0002) and (10¯11) planes; deposit morphology was correspondingly changed from curved dihedral structure to fine grained structure; it also favored the formation of deposits of small grain size and high microhardness, yet led to a much rougher surface.
In the periphery of RBP KO casts, the resin changes from a completely filled structure to fine tenuous branches (Fig. 1D).
Increasing the substrate temperature leads the films to fine nano-structure world.
Knowing how nanoparticles are passivated provides the opportunity to consider ways of engineering surface structures in order to fine-tune their electrical properties for a range of applications.
Functionalized benzoquinolines are used extensively as ligands in areas such as photoredox catalysis, metallo-supramolecular chemistry, and organic electronics, where methods for modifying the ligand structure are essential to fine-tune electronic properties.
However, in addition to fine-structure regularity, IRN also contains slowly varying spectro-temporal features which can be resolved by the ear.
Lines radiating from zeroth order above and below the primary dispersion axis are due to fine-support structure diffraction, and the six-pointed star around zeroth order is from coarse-support diffraction.
Furthermore, a direct comparison between the two models in the presence of a Purkinje system is difficult, as many Purkinje-ventricular junctions attach to finer endocardial structures, such as the papillary muscle, which are not represented in the simplified geometry.
