Sentence examples for prediction of stability from inspiring English sources

Since structural information is not available in the case of sequence-based prediction of stability changes, we employed predicted structural features.

Regarding the real-value prediction of stability changes, the correlation of the predicted and experimentally measured stability changes reached a correlation coefficient of 0.62 to 0.83 [ 9– 15, 15].

Therefore, selection of an appropriate wave height parameter is very vital in the prediction of stability number.

Deviations from ideal behavior (Eq. 1) in more complex, heterogenous systems, make the prediction of stability in solid dosage forms (SDF) more difficult.

This study focuses on the further development of fuzzy neural network ('FNN') models for the prediction of stability numbers for the design of rubble mound breakwaters.

This fact enables us to get a rigorous prediction of stability of the dithered system by establishing the stability of the relaxed system.

But the predictions of stability proved no less detached from events on the ground.

Predictions of stability based on the Arrhenius relationship (Eq. 1) work well for well-controlled homogenous systems (such as solutions) over relatively small temperature ranges (e.g. 50 °C).

It is concluded that, for systems of practical interest, accurate predictions of stability boundaries may be difficult.

The results indicate that the traditional block theory may give a misleading conclusion for the predictions of stability and sliding direction of rock blocks when contact occurs on more than two discontinuity planes.

The predictions of stability limits of unconfined, strongly swirling flames show satisfying agreement with experiments, supporting the earlier formulated opinion [25] that the blow-off limits of strongly swirling flames are determined by chemical kinetic limitation of the mean reaction rate.