Sentence examples for effect of the precursor from inspiring English sources

The effect of the precursor concentration between 0.3 mM and 2.0 mM on the decorated Pt QD content was investigated.

The effect of the precursor evaporated Ag film thickness was also studied as a means to vary the size/shape of the nanoparticles.

The effect of the precursor on the resultant NOMC is extensively investigated by nitrogen adsorption-desorption measurements, scanning electron microscopy, X-ray photoelectron spectroscopy (XPS), cyclic voltammetry and rotating ring-disk electrode measurements.

This study aims to explore the workability and rheology of alkali-activated slag (AAS) and fly ash (AAFA) mortars, ascertaining the effect of the precursor, the nature and concentration of the alkaline activators and the aggregate content.

In order to analyze the effect of the precursor solution on the size of the resultant nanofibers quantitatively, we measured the diameter of the nanofibers from their high-resolution SEM images and plotted the mean of 50 measurements with a corresponding standard error for each sample (Figure 3).

To evaluate the effect of the precursor composition, we deposited TiN films on Si-doped n-GaN (3 × 1017 cm−3 dopant density, 1-μm thick) using different N2/Ar sputtering gas ratios (nitrogen percentage) of 0 18 sccm (0%), 1 17 sccm (5%), 3 15 sccm (15%), 7 11 sccm (40%), 11 7 sccm (60%), and 15 3 sccm (85%).

From this viewpoint, it could be that the lack of normalization effects that was observed by Watkins (1991) with filtered noise precursors was the result of a reduction in the perceptual effect of the precursors as a result of their constant nature.

Here, we report the effects of the precursor solution on the final morphology of the heterostructured nanowire using Co3O4 decorated CuO nanowires as a model system.

The effects of the precursor composition and pyrolysis conditions on the properties of the polyvinylidene chloride copolymer (PVDC) derived carbon materials were systematically investigated.

The effects of the precursor type and solution concentration on the growth and characteristics of the obtained ZnO nanowires are presented and discussed.

It is demonstrated the effects of the precursor concentration and temperature on the swelling ratio of the reaction phase and the formation of the homogeneous phase during the reaction in supercritical carbon dioxide.