Slight discrepancies observed are explained.
Molecular dynamics simulations have revealed structural and energetic bases for the discrepancies observed.
Currently, the discrepancies observed in the literature make interpretation of the findings and future recommendations difficult.
The large discrepancies observed between the behaviors in ethanol and in water are due to agglomeration.
Besides, the solubility discrepancies observed for certain dyestuffs have been discussed by using these density-based models.
We performed a careful analysis of all the discrepancies observed, and we have identified five classes (see Table 2): 1.
However, any discrepancies observed in the spectra have been related to imperfections of computational modelling of the isolated molecule.
From the discrepancies observed in these experimental validations, a model is proposed based on a specific critical stress temperature diagram.
Other possible failure mechanisms not considered in the model that could explain the discrepancies observed are discussed.
Particle-to-particle collisions, disregarded in simulations, appear to be a predominant phenomenon in the jet source region, thus partly explaining some discrepancies observed between simulations and experiments.
Further, they emphasized that these studies are important for the estimation of stratospheric temperature trends and can partially explain discrepancies observed in lidars at different locations.
