Sentence examples for proposed equilibrium from inspiring English sources
The differential equations have been solved together with the proposed equilibrium equations, and the material and charge balances between the different chemical species and elements.
Furthermore, it was shown that the natural frequencies computed with the proposed equilibrium equations were more accurate than the frequencies of other studies.
The recently proposed Equilibrium Model (EM) provides a quantitative explanation of enzyme thermal behaviour under reaction conditions by introducing an inactive (but not denatured) intermediate in rapid equilibrium with the active form.
Based on the proposed equilibrium model, an optimal design problem of taxi-hailing platform's pricing and penalty/compensation strategies is formulated and solved by the penalty successive linear programming algorithm.
The results suggest that the surprising features of the polymorphic behaviour of PPVL, as reported, may relate to the persistence of structural organization, the most likely being nuclei of different crystalline forms, at a temperature which is more than 40°C above the phenomenological melting point, i.e. at temperatures comparable to the proposed equilibrium melting temperature of α-PPVL.
The proposed equilibrium is purely hypothetical, but testable.
It was found that the steady-state equilibrium configuration should be determined using the proposed nonlinear equilibrium equations rather than previous linear equilibrium equations.
Two paleontologists, Niles Eldredge and Stephen Jay Gould, proposed punctuated equilibrium as a biological explanation of patterns of the fossil record, not to accommodate Ellis's alleged time crunch.
The model adopts a previously proposed solutal equilibrium approach to calculate the evolution of the solid/liquid interface.
A multiscale approach to the issue is proposed: An equilibrium element for finite element limit analysis representing keyed joints is coupled with a suitable submodel, which handles the complex stress states within the joint.
In later research, (Crépey and Douady, 2013) proposed an equilibrium approach to explain the mechanism according to which banks lend at an optimised rate between Libor and OIS.
