Sentence examples for models derived here from inspiring English sources

The lunar topography models derived here have an improved accuracy.

We also give the superfield correspondence between the N=1 quiver gauge models derived here and those constructed by Cachazo et al. [hep-th/0108120] using complex deformations.

However, the underlying error models derived here support visual inspections of ONT-to-reference pair-wise nucleotide sequence alignments, that is, stretches of accurate bases interspersed with bursts of indels and/or mismatched bases.

The improved 1D model derived here enabled more accurate, yet simple flux prediction.

A number of wake-body models from the literature are shown to be recoverable from the more general model derived here.

The general agreement between the predicted edges from the model derived here and data from four independent studies using different ionic strength, background electrolyte, sorbate/sorbent ratio and kaolinite specimens is encouraging.

In fact, it is shown that other models are special cases of the model derived here when electrical conductivity is ignored and the aforementioned temporal functions are time-averaged by integrating them over the entire time spectrum.

The evolutionary model derived here can be generalized to the case of M consensus and N non-consensus nucleotides that are equiprobable, respectively.

This may mean the prediction model derived here is more applicable to patients early in the course of disease and that further study using data with more patients across the spectrum of disease could improve prediction, perhaps especially towards the lower end of the EQ-5D index range.

Therefore, these models we derived here needed to be handled with care for the flows with extremely small Reynolds numbers (e.g., n < 0.1).

An analytical model is derived here, in good agreement with current experimental results, indicating that the stored strain energy difference across grain boundary is the main driving force for grain boundary migration and determines the annealing twin formation during DRX.