Exergy and entropy generation analysis of the open systems allows to obtain a measure of how far the open real systems deviate from equilibrium with their environment.
In order to avoid the problems resulting from manual comparisons, we propose a quantitative test that automatically measures the degree by which reconstruction systems deviate from the principle of vowel purity.
Heifers in the fenceless system deviated more (P=0.03) from the direct route through the previous exclusion area from the start box to the goal box than heifers exposed to a fence system (121.5 m2 compared to 14.3 m2, respectively).
As a whole the system deviates from the graphite-like structure.
However, the reaction system deviates from Smith-Ewart theory dramatically when [NP-40] is greater than 50%.
As a result, during polymerization the current polymerization system deviates from the conventional Smith Ewart model, that is, the emulsion polymerization data show a distinct maximum Rp, the increase of Np up to 20 50% conversion and a continuous increase in dw in Intervals II and III.
Rating prediction evaluates how much the ratings predicted by the system deviate from real ratings assigned by users.
When the observed instability of a system deviates from the prediction, the method automatically indicates the approach of an upcoming critical transition.
