Capacity equilibria increased with the increasing contact time and initial concentration and are equal to 8.40, 15.29, 18.65, and 20.65 mg/g for the Cd II) at concentrations 50, 100, 150, and 200 mg/dm3, respectively, for MBC1 and 8.41, 15.63, 22.63 and 23.55 mg/g, respectively, for MBC2.
The properties analysed by the methods discussed cover equilibria, increasing or decreasing trends, and recurring patterns: limit cycles.
The properties analysed by the methods discussed cover equilibria, increasing or decreasing trends, recurring patterns (limit cycles), and speed of convergence to equilibria.
The index assigns stability levels = 0; 1; :::; n, to strategy profiles of n-person games: Level 0 is assigned to profiles that are not Nash equilibrium, levels are assigned to Nash equilibria in increasing levels of stability, and level n is assigned to dominant-strategy equilibria.
The resulting changes in phase equilibria by increasing the Al content or by the addition of the α-phase stabilizing element C provide the opportunity of eliminating the βo-phase as well as globular γ-grains in the final fully lamellar microstructure via a two-step heat treatment.
Significantly, these complexes exhibit increased binding equilibria with increasing pressure, with important implications for the application of the CB ternary complex for the formation of hydrogels, as these gels exhibit unprecedented pressure-insensitive rheological properties.
Considering dynamic binding equilibria with an increasing amount of complex, the maximum of experimental distribution (gray bars) continuously moves from a lower rsc, G value (free DNA) to a higher one (100%% complex), which indicates the increasing steady-state fraction of the complex.
When g K is increased to 7.588 nS the equilibria B3 and C3 coalesce at a saddle-node bifurcation point (SN1).
At the other extreme of aperture size, numerically we find that as the aperture size is increased, the control and separator equilibria eventually collide and annihilate each other in a saddle-node bifurcation (indicated by small arrows in Fig. 5).
It is impossible to even write down the equilibria of the system where multiple infection leads to an increased burst size of infected cells.
The observed shifts in the E1/2 values with increased concentration of the RTIL salts could not be explained by ion pairing equilibria alone.
