Sentence examples for emerging from the model from inspiring English sources

Since all photosynthesis was modelled as C3 photosynthesis, the reasons for the woody thickening emerging from the model runs are also not related to physiological differences between woody C3 and herbaceous C4 plants, as suggested by Higgins and Scheiter (2012).

We link these matrix associative memory models with the mathematics that underlie functional neuroimaging techniques and present the "functional brain images" emerging from the model.

Non-trivial patterns in the time evolution of average quantities like crosslink densities, partly observed in prior studies [2 4], are naturally emerging from the model by computing marginals of the four-dimensional distribution possessing an interesting multimodal structure.

Another aspect of the study concerns the sensitivity of the failure probability emerging from the model to the estimate of the population location parameter when the material resistance is represented by the 3-parameter Weibull distribution.

Additional mutations on the putative G-protein binding region emerging from the model and in the helices involved in gating (especially helix TM7) are desirable to complement our knowledge on bitter taste receptor activation mechanism.

Perhaps most importantly, according to the definition of systems biology, models are supposed to advance research, yet none of the existing modeling approaches or systems have been shown to promote innovative questions that trigger experiments to confirm or refute assumptions emerging from the model.

A general conclusion emerging from the models is that mating types may invade the initially undifferentiated population under fairly broad conditions, but that the removal of the undifferentiated type requires very strong selective forces.

When Thomas (Mack) McLarty, President Clinton's first chief of staff, emerged from the Model S, O'Connell brought him over to meet Musk, who was wearing a gray suit to fit in.

The general rule that emerged from the model was that if the quantity of CO2 increases or decreases in geometric progression, temperature will increase or decrease nearly in arithmetic progression.

Using this approach, spatial scaling of the LBM emerges from the model itself and is not imposed externally.

A first-order estimate for the rate of creep deformation emerges from the model, which is useful for the purposes of alloy design.