16 Molecular dynamics simulations have shown that deformation of small bcc volumes can lead to a loss of dislocations at low strengths, but actually lead to increased dislocation densities at high strengths, 17 a hypothesis supported by recent in situ TEM results.
Previous studies have indicated a binary change of this capacitive effect for different ranges of ionic strengths; in particular, this capacitive effect was positively correlated with pore fluid ionic strength at low ionic strength, but negatively correlated at high ionic strengths [24].
The compressive strengths determined for the SCCs demonstrated that high strength SCC of more than 100 MPa at 30% and low strength SCC of 20 MPa at 90% replacement can be realized by utilizing slag appropriately.
This effect is more pronounced at low ionic strength concentrations, and high ionic strength reduces the effective volume which in turn changes the sieving coefficient.
In contrast, intracellular Ca2+ levels were kept at steady state under low strength dcEF (5 V/cm) exposure under the same conditions (Fig. 4B, nexp = 4).
Resolution between the pulse-amplitude distributions increases from 2.7 at low field strength to 6.2 at high field strength, a factor of 2.3.
For both salts, though, we observed the same transition from monomeric fibril assembly at low ionic strength to oligomeric fibril assembly at intermediate ionic strength (see Fig. 6).
Although tagging resulted in increased eukaryotic cell permeabilization at low ionic strength, the latter was insignificant at physiological ionic strength and in the presence of serum.
Smaller T = 3 capsids exhibit a higher electrophoretic mobility in the nanopore than the larger T = 4 capsids at low field strength, but the difference disappears as the field strength increases.
