Sentence examples for experimental transition from inspiring English sources
Despite observed differences, we can argue that our results quite well reproduce the experimental transition energies of free CrO4 2−.
An engineering transition model has been developed which allows to couple general experimental transition criteria to general-purpose CFD codes.
The models predict an explicit BDT, and give a good quantitative fit to the experimental transition temperatures.
A good agreement has been obtained between the experimental transition gas hold-up and the predictions of the same obtained by the theory developed in this work.
A good correlation has been observed between the simulated and experimental transition probability matrices for both meteorological sites (Vignola MBE=0, RMSE ∈ [0.035 0.056], RMBE ∈ [0.17 3.59]; Campo del'Oro MBE=0, RMSE ∈ [0.016 0.105], RMBE ∈ [−2.15 4.26]).
The results of the optimization of the flow behavior for the airfoil morphing upper-surface problem were validated with wind tunnel experimental transition results obtained with infra-red Thermography on the wing-tip demonstrator.
Our modelling of trioecy, with just the outcross-fitness parameter, appears to replicate accurately the experimental transitions to selfing.
We can thus conclude that selection of standing genetic diversity did not greatly influence the evolution of selfing during the experimental transitions.
Experimental transitions to selfing were due to reproductive assurance, notwithstanding selection of standing genetic diversity, the existence of a cost of males, and the potential for density dependent selection among selfing or outcrossing demes (as we did not model it).
Selfing structures standing genetic diversity in complex ways that could have contributed to the evolution of selfing during the experimental transitions, thus confounding the role of reproductive assurance [ 42, 71, 86, 87].
We revised this androdioecious model to numerically simulate the experimental transitions to selfing by accounting for females in the segregation of fog-2 genotypes (see Methods; the expected reproduction table under trioecy is presented in Additional file 1: Table S2).
