Sentence examples for binding to clay surfaces from inspiring English sources

For instance, a host of cations, such as Na+, Ca2+, Mg2+, K+, and NH4 + are capable of binding to clay surfaces, giving them different colloidal property [16].

They may then linger in the soil by binding to clay and other minerals.

Adsorption of viruses to clay surfaces can be reduced by adhesion of proteins to block negatively charged exchangeable sites [22].

Clay HA complexes sorbed 28 50% more As than clay-only systems upon addition of 100 μM As III)/As V) to 0.5 g of clay or HA clay with Ca2+ probably playing an important role for HA binding to the clay surface and As binding to the HA.

In a pH-dependent manner, exchangeable cations can bind to the clay surface, balancing the negative charge of the clay structure.

In conclusion, the results of these experiments confirm our numerical simulations that indeed, clay bound water-mediated NOE can be used to discriminate binding interactions on clay surfaces.

In addition, phosphate has been shown to compete with negatively-charged proteins when binding to certain surfaces [32], but conversely, the binding of four proteins to montmorillonite and kaolinite clays increased in phosphate buffer compared to DI water [33].

Electrostatic attraction of clay minerals brings dissolved cations to the clay surface to balance the charge.

For instance, 29Si NMR combined with cross polarization (1H 29Si) under magic angle spinning (CP-MAS) was used to investigate the binding of chemicals on clay surfaces [42 44].

The density profiles perpendicular to the clay surface for a periodic system of uncharged clay and polymer are shown in Figure 9c,d for the clay PEG and the clay PVA cases respectively.

The polymer molecules show a correlation between positive stress response and high polymer density, especially for polymer molecules close to the clay surface.