The observed increased in the biosorption capacity as the concentration increases may be due to the increased driving force of the concentration gradient.
In the case of ethanol solution, the voltage increases as the concentration increases.
As the concentration increases, the behaviour of shear modulus deviates the scaling law significantly.
The spherical micelles observed at low concentration turn into small cylindrical micelles as the concentration increases.
PAS indicated that the damage caused by the NaCl changes in nature and becomes shallower as the concentration increases.
As the concentration increases, pairs become the most common species, with significant concentrations of clusters with 3 through 6 ions.
As the concentration increases (up to 266 ppm), surface tension decreases with a dip minimum characteristics of each reservoir.
Results show that evenly distributed P impurities introduce an overall decrement in fracture strength of unnotched Si NWs as the concentration increases.
The surface morphology changes from separated (agglomerated) grains to a continuous grain configuration as the concentration increases from 0.05 M to 0.8 M.
The swelling ratio of the Na-MLS/PNIPAM composite in water is increased at the low Na-MLS concentration but decreases as the concentration increases.
At higher concentrations, a structure factor peak becomes increasingly evident as the concentration increases to 6.5×10−2 g ml−1.
