Either spherical (2-D) or cubic (3-D) morphologies were revealed by SEM analysis, while the XRD patterns indicated partial crystallinity.
Thus, by controlling the extents of anodic or cathodic polarisation and by consideration of the local interfacial solution conditions, the means for developing tailored and optimised pit morphologies is revealed.
A nanosized grain surface structure and columnar growth morphology are revealed by electron optical methods.
Second, the preparation of plasma polymer films by radio-frequency sputtering from polymeric targets is introduced and their basic properties, especially structure and morphology, are revealed.
Subjected to sol gel process, these derivatives form particles, whose stability, size and morphology were revealed.
However, striking different top-view morphology is revealed by depositing CuPc on the surface of the perovskite grains (Fig. 2b).
Precipitate characteristics and martensite morphology were revealed by transmission electron microscopy.
The surface morphology was revealed by AFM (Park Systems, XE-70) with a non-contact mode using a silicon tip of curvature less than 10 nm.
The grain size of the plating and CNT morphology were revealed using XRD, SEM, TEM and Raman spectroscopy.
The effect of molecular and supramolecular structure, thermal prehistory of the films, wavelengths of the excitation light on the photo-optical properties, photoorientation processes and films morphology was revealed.
