Sentence examples for high surface charges from inspiring English sources

The resulting nanoassemblies exhibited a narrow size distribution with a mean size of 77.8 nm and were stable due to their high surface charges.

However, in the presence of carbonate ions, CaCO3 is precipitated, suggesting the importance of supersaturation and precipitation as a way to overcome the effects of high Ca2+ adsorption and high surface charges.

NPs with high surface charge and large particle size were phagocytized more efficiently by murine macrophage.

This improvement of the insulation properties for composite materials is more pronounced for aerogels based on cellulose nanoparticles having a low crystalline index and high surface charge NFC-2hh).

Because DFT is derived from liquid-theory thermodynamic principles, it is ideal for nanofluidic systems with small spatial dimensions, high surface charge densities, high ion concentrations, and/or large ions.

For proteins with a high surface charge density, the ion-dipole interaction dominates, but for proteins with lower charge density, hydrophobic considerations become more important.

Several theories (developed in the context of the so-called primitive models) argue that the classical Poisson Boltzmann (PB) approach could fail to describe the electrical double layer in the case of high surface charge densities and/or ionic strengths.

Our study of colloid stability at long-term pedogenic time scale suggests young tropical soils (< 180 ka) with <span class="lh">high surface charge are subjected to higher risk of clay movement and colloid-facilitated nutrients and contaminants transport.

Moreover, we report the formation of herring-bone interfacial structures at high surface charge densities, that appear as a result of superposition of two ordered monolayers of RTIL ions at the electrode RTIL interface.

The greater values of association constant for [HMIm]Cl relative to [HMIm]Br is due to the high surface charge density of the Cl− anion proposing strong association tendency with [HMIm]+ cation.

The amine-functionalized polyhydroxylated fullerene nanoparticles with high surface charge were found to easily penetrate into breast cancer cells, HeLa cells and cardiac progenitor stem cells, opening up great opportunities for their bio-medical applications.