For 1/n = 1, the partition between the two phases is independent of the concentration; the situation 1/n < 1 is the most common and corresponds to a normal L-type Langmuir isotherm, while 1/n > 1 is indicative of a cooperative adsorption which involves strong interaction between the molecules of adsorbate.
The glycerol content and polishing current density involved strong interactions with the bath temperature although both factors only showed marginal significant effects.
The thermal and structural behavior of a panel with perforated channels in fire is complex, and the exact treatment of the two aspects of this subject is difficult because they involve strong interactions between them.
These assays showed that upon neutralization a conformational transition from random coil to β-sheet occurred for AChE586-599 and involved strong interactions between aromatic residues for the formation of tertiary or quaternary structures.
However, the enthalpy entropy compensation effect is not observed in processes that involve stronger interactions.
The FCC riser is a complex unit that involves strong multi-variable interactions, complex hydrodynamics and operating restrictions, which poses as a major difficulty in the simulation of the process.
Fractions eluted at 1500 mM NaCl resulted in a symmetrical peak for both, protein and S-nitrosothiols, supporting the idea of transnitrosylation by GSNO as a selective process that involves strong and specific interactions with the target protein.
Only those proteins with strong affinity by GSNO withstand the stringent experimental conditions and they are eluted at high ionic strength and as S-nitrosyltated, supporting the idea that transnitrosylation by GSNO is selective and involves strong and specific interactions with the target protein.
As expected, the local optimization algorithm does not work well in certain situations that involve strong spatial interactions.
First, a series of model Body Centered Cubic (BCC) systems involving strong symmetric interactions between unlike atom pairs (referred to as "equinteracting" systems), containing up to five components, is investigated using the Cluster Variation Method in the irregular tetrahedron approximation.
