Sentence examples for silver surface morphology from inspiring English sources

The present work focuses on the role of the silver surface morphology, contrasting the reactivity of a series of model halides in systematic CV experiments on (1 1 1), (1 1 0), and (1 0 0) silver monocrystals and on controlled polycrystalline silver surfaces of increasing roughness, in acetonitrile+tetraethylammonium perchlorate medium.

SEM EDS analysis show a greyish wrinkled surface, with the presence of S and Ag, which indicates that the surface is degraded and possibly converted into silver sulphide (Ag2S .1 The silver surface morphology shows a groove and filament pattern that may have resulted from the solubility of a precursor of silver sulphide (e.g., silver oxide).

In this work, we synthesized polymer nanofiber webs samples by electrospinning technique from pure water solution of nanocomposites with different contents of silver nanoparticles, and surface morphology of nanofibers composites were characterized by SEM microscopy.

To further confirm the formation of silver hollow spheres, the typical surface morphology of SNOM is shown in Fig. 3. Figure 3a suggests that the silver hollow spheres are an average diameter of 0.9 μm, which is consistent with the result of TEM images.

In order to reveal the optimal condition for this kind of SERS microprobe spectroscopy, atomic force microscopy was applied to investigate the surface morphology of silver electrodes.

AFM image exhibits surface morphology of silver nanowires hot-pressed on the PET.

The surface morphology, whiteness, silver content, antibacterial activity, and washing durability of nanosilver-treated fabrics were examined.

The surface morphology of silver oxalate was analyzed with a FEI (Model: Quanta 200) scanning electron microscope operating at 30 kV.

In this work, leafy spikes-like silver dendrites were synthesized in a large scale via facile strategy method and this kind of silver nanocrystals exhibit a special textured surface morphology with a wedge-shaped architecture and higher specific surface area.

The surface morphology of the silver selenide films were studied through the SEM studies.

Thus, it is not the ohmic losses due to electron scattering in silver but the temperature-independent morphology of the silver surface that decides on losses due to scattering into free space [2].