Sentence examples for relatively broader range of from inspiring English sources

In contrast, our method does not need special boundary markers and can be applied to a relatively broader range of resolutions.

Although the freshwater wetland showed a relatively broader range of phylotypes, the majority of the clones (113 out of 117) fell into Ca. Scalindua brodae, only one clone affiliated with Ca. Scalindua wagneri, and three clones with a unique new cluster Y.

But, within the relatively broad range of between five and twenty-five per cent, you can add water and some flavoring and most people can't tell the difference.

These features cover a relatively broad range of molecular properties and are carefully selected based on our experience.

The dependence of the α ME on f shows an increase of the magnitude of ME response of the sample within relatively broad range of frequency 0 5 kHz (Fig. 8b).

Studies have disclosed the relatively broad range of XRD diffraction peaks for GO and RGO. Figure 3 shows that these peaks differ significantly, with a sharp prominence at 2θ ⋍ 11.6° and 26.5° [30].

Due to the differences in molecular characteristic, this series exhibited a relatively broad range of crystallite sizes as well as crystallinity level, varying from 10 wt% up to more than 70 wt%.

Due to the differences in molecular characteristic, this series exhibited a relatively broad range of crystallite sizes as well as crystallinity level, varying from less than 10% up to more than 70%.

The eutectic photoanode was prepared using eutectic solidification to couple two photoactive phases with different band gaps – titanium dioxide (TiO2) and tungsten trioxide (WO3) – and thereby achieve efficient absorption across a relatively broad range of UV and visible light wavelengths.

However, the design based on density variations appears to be more effective than the approach based on geometry alteration in creating a relatively broad range of low frequency transmission loss enhancement.

Our results show that the CPEC displays impressive stability over a relatively broad range of proton concentrations, which may have implications for the construction of supramolecular light-harvesting assemblies.