Sentence examples for model calculations predict from inspiring English sources

Model calculations predict that both configurations give high purity product streams and nearly unit conversions of the equilibrium limited reaction.

Under appropriate operating conditions, the model calculations predict high-purity product streams and nearly complete conversion of a reaction which would otherwise be limited by equilibrium to 62%.

The model calculations predict a linear relationship between the intensity of the electric field and the extent of the 2π* backdonation.

Under appropriate operating conditions, the model calculations predict that high product purity streams (98 99%) and nearly unit conversions can be obtained.

The static model calculations predict a strong energetic preference for single crystalline morphologies in the ordered L10 and disordered A1 phases.

For the water balance in the catchment within the afforestation scenario, model calculations predict a decrease in discharge of the order of 5 48% with the average of 24% and an increase in evapotranspiration of the order of 3 31% with the average of 14% in comparison with the actual land use.

All numerical calculations were carried out assuming an unrealistic two-dimensional sound field, but results of scale model experiments indicate that the calculations predict very accurately the efficiency of noise barriers in a three-dimensional sound field.

Hydrodynamic calculations predict that compact models containing longitudinally or laterally of αβ-tubulins should sediment around 10.5 10.9 S. Knowledge about the sedimentation behavior of the one and two tubulin complexes allowed us to analyze a titration of TOG1-TOG2 into αβ-tubulin under different assumptions about cooperativity.

Using recursive model calculations, the predicted value for day 71 was discarded, and instead, the measured turbidity value was included.

The UO2-GlcNPO4 model calculations also predicted that the bidentate configuration had a lower Gibbs free energy than the monodentate configuration but only by approximately -30 kJ/mol as compared with a difference of -520 kJ/mol for the phosphodiester (Table 4).

Based on model calculations we predicted the influence of both DEP force and drag force through thermal convection on particle trajectories for a case study, a channel with rectangular cross section and an array of cylindrical interdigitated electrodes (IDE) at the bottom.