A computational fluid dynamics "CFD" model which interprets the PVT system was then developed and validated against the experimental results, proving the validity of the developed model use to identify numerically this system limitations and predict the possible improvements.
The dynamics of the polymer chains agrees with those in the "solvent squeeze" model which interprets the shear-induced phase separation phenomena in semi-dilute polymer solutions by Saito et al. [Macromolecules 1999, 32, 4879].
A conservative health economic model which interprets current guidance on prevention of falls using vitamin D therapy is highly cost effective in the treatment of adults over a 5-year time horizon.
This is an apparent discrepancy to the established model which interprets this decrease in expression by the reduced amount of ribosomal RNA available under stringent conditions and the subsequent transcriptional repression on ribosomal protein operons by ribosomal proteins.
Parameter α of the Gompertz model, which is interpreted as the rate of aging, was lower (by 1.67 times) in the male group subjected to metformin treatment than in controls males, whereas the mortality rate doubling time (MRDT) was increased in metformin-treated group of male mice (Table 4).
One set of modelling efforts has dealt with modelling of networks which interpret gradients of chemical stimuli to make decisions: examples include gradient sensing in chemotaxis (eg. see [ 14, 15]) and pheromone sensing in yeast [ 16].
On page 5 (top), the authors state that the Poisson assumption increased the variance of the model (which I interpret as "increasing the variance of the number of juvenile per year") compared to the model that uses the empirical distribution plotted in Figure 2. Since the empirical distribution is likely less biased than the Poisson distribution, why not use it?
This is in contrast to the conventional SOS model, which cannot be interpreted physically.
More precisely, using a dummy matrix representing the existence of the missing values, we have constructed a model which can be interpreted as an extension of the GMANOVA model of Potthoff & Roy [9] for three-dimensional array data.
Our algorithm, dedicated to the computation of the first excited state, always converges to a stationary state of the multiconfiguration model, which can be interpreted as an approximate excited state of the molecule.
