This could be explained by the equilibrium due to the hemiacetal unit.
The solubility of the main constituents, Ca, Si, and Al could be explained by thermodynamic equilibrium with the solids calcium silicate hydrate, ettringite and possibly K-feldspar.
It is postulated that the phenomenon of thermal spiking enhanced moisture absorption can be explained by an equilibrium between cluster formation and declustering associated with network relaxation at the spike-temperature.
The concave lipophilicity−bioactivity profiles were most frequently explained by the equilibrium accumulation and transport phenomena.
A different degree of retinal rotation in the NMR experiment, however, cannot be ruled out, but could be explained by the equilibrium of Meta II substates.
This was explained by an equilibrium formed between the unbound nucleic acid, the signals of which remained detectable, and the high molecular weight complex where the RNA-related signals disappeared due to the proton's restricted tumbling motion.
However, because these results could also be explained by an equilibrium between proteolytic degradation and leakage of cytoplasmic proteins, it still remains to be shown whether intracellular resources are endogenously recycled by neighboring compartments or first leak into the culture broth where they are subsequently taken up by surviving compartments.
The slow approach to the adiabatic equilibrium H-atom concentration value can be explained by assuming partial equilibrium in the postflame gases; the H-atom concentration is proportional to the O2 concentration which requires significant residence time to decrease to its very low equilibrium concentration.
This phenomenon has been explained by the thermodynamic equilibrium of the collision between the electrons and radicals in the plasma.
The influence of the SO2 concentration in the gas phase has been described by a partial reaction order equal to 1. Concerning the temperature influence, the kinetic constant does not depend on this variable, which can be explained by a sorption equilibrium step previous to the reaction, the observed kinetic constant being an apparent parameter.
