Sentence examples for higher repulsion from inspiring English sources

We find that introducing loops into the structure of chromatin results in a multi-fold higher repulsion between chromosomes compared to linear chains.

The high hardness value at the beginning of wet indentation can certainly be attributed to the high repulsion effects between the water and the tool, as well as between the water and the work material.

In fact, upon adding the surfactant, some ALES molecules are adsorbed on the surface of the particles creating a negatively supercharged system (Table 2), through increasing the effective charge on silica surface, which creates high repulsion forces among the silica particles, hence decreasing the agglomeration of the particles.

Thus, we introduced very high repulsion values and minimum attraction values in CLANS [ 20] during clustering.

Because initial tests showed that with the default attraction and repulsion values nodes (organisms) were collapsing, we used very small attraction values (up to 0.1) and high repulsion values (up to 500) to avoid collapse of nodes and to obtain visually better clusters.

The negative carboxylate groups exert high negative repulsion, resulting in a higher polymer solution viscosity.

The lower the pH value, the higher the repulsion.

Higher electrostatic repulsion forces between the particles were obtained through use of phosphate salts as dispersing agents.

It should be attributed that the carboxyl group on the polymeric inhibitor has a stronger ionization and higher electrostatic repulsion at the higher pH value.

This would facilitate the separation of the core shell structures and also possibly lead to higher interparticle repulsion in the outer parts of the shell, especially during magnetic heating.

We expected lowered dimerization ability in compounds carrying the additional cationic charge (1, 2, 3, and 6) due to higher charge repulsion, a higher antimicrobial efficacy of these compounds due to better attachment to the cell wall, and an increased stability of cyclic derivatives in comparison to open chain analogs.