Thus, conceptually our model yielded predictions that were borne out by experiments, albeit experiments that had already been performed.
Results for the application of the generic impedance-based prediction model for the whole patient group are shown in Figure 3 C. The generic model yielded predictions that were far less accurate than the patient-specific model.
The results illustrate that although the complex and sophisticated models could yield predictions that are more accurate, the simple models might yield predictions that are more robust.
This hypothesis implies that equilibrium thermodynamic models can yield predictions about the interdependence between populations of proteins and their subcellular chemical environments.
Future work could include testing hypotheses about the effects of feedback in the present model, to yield predictions for future experimental testing.
Although such numerical models are limited to channel types adhering to model assumptions and yield predictions only accurate to ∼20 30%, they can provide a useful tool for river-rehabilitation design and assessment, including spatially diverse habitat heterogeneity as well as for pre- and post-project appraisal.
Due to heterogeneity, standard constitutive relationships and models yield poor predictions for flow (e.g. permeability) and rock properties (e.g. elastic moduli) of the invaded (damaged) formations.
All of the models have proved to yield predictions whose validity is strongly dependent on the particular powder in hand and on the operating conditions considered.
In the absence of a structured effort to represent available knowledge in a mechanistic way, such models are bound to yield predictions of questionable reliability.
At a temperature of 20 °C, a pressure of 120 bar, acetone to glycerol mole ratio of 5, feed flow rate of 0.1 mL·min− 1, and the catalyst mass of 0.77 g, a 95% yield was achieved experimentally which is close to the model yield prediction of 100%.
