Sentence examples for water can be explained from inspiring English sources

Using these models, the experimental features of both DC and AC electrolysis of water can be explained.

The insults across the water can be explained, in part, by that old line about two nations separated by a common language.

The concept of embedded water can be explained with a quick look in the kitchen: drought in Brazil is about to directly impact on the cost of your coffee (Arabica bean prices are up 45% since last year) and in 2013 China announced that it would move to importing rather than growing food because of water shortages, which will increase the price of everything.

A considerable reduction in ions in the imbibing water can be explained by adsorption of ions on the core surface.

The formation of various nanostructures by the reaction of nickel with water can be explained as follows.

The interaction of a mineral with water (precipitation or dissolution of ions into water) can be explained based on its saturation index value (Al-Amry 2009; Dey et al. 2011; Sreedevi et al. 2006).

High sodium waters can be explained by the combination of dilution factors, ion exchange and sulphate reduction (Krothe and Oliver 1982).

This model is based on the observation that composition of most YNP thermal waters can be explained by steam loss during adiabatic cooling of mixtures of a single deep parent water body with shallow, cold waters.

The increase in the water flux can be explained by the increases in the saturate water vapor pressure in the membrane feed side and the increase in the diffusivity of the water molecule in the membrane.

If blockage does not affect flood wave propagation, variations in attenuation rates between different locations in the marsh and between tides with varying high water levels can be explained with a single relationship based on the ratio between the water volume on the marsh platform and the total water volume on the platform and in the channels.

These constant and thinner gel layers justify the faster and more linear drug release profiles obtained in the buffered solution with respect to that in water and can be explained by considering the different DTZ-CRG complex solubility in distilled water (0.86 mg/mL) with respect to the buffered media (2.2 and 1.79 mg/mL) in pH 1.2 and pH 6.8, respectively [ 11].