Sentence examples for lead to large deviations from inspiring English sources

They also found that CME-CME and CME-coronal hole interaction can lead to large deviations from model predictions.

By contrast, an ill-posed problem does not have a unique solution and can only be solved by discontinuous applications of data, meaning that even very small errors or perturbations can lead to large deviations in possible solutions.

Gaussian smoothing is necessary because current levels of sequence read coverage lead to large deviations in the number of nucleosomes located at neighboring bps, contrary to the expectation that such nucleosomes have very similar binding affinities because they occupy nearly identical sites.

This is consistent with the role of mitosis in somatic cell divisions and fits with the idea that cell multiplication dilutes out damaged objects (Brunk and Terman 2002), with a qualification: dilution, per se, would not be enough to permit immortalisation because of the inevitable thermal fluctuations that lead to large deviations from the mean (Azencott and Ruget 1977).

However, suffering the limitation that the pressure-saturation relationship is not available, Clarkson and Salmachi (2017) assume the saturation and pressure gradients in coal seams are negligible, i.e., the relative permeability is not incorporated in the pseudo-pressure calculation, which will inevitably lead to large deviation compared with the precise results.

(C) Timing errors led to large deviations in all single rate constants.

This means that a small deviation of this standard notch leads to large deviations in the results.

Inclusion of charged ligands leads to large deviations in the coulomb, solvation, and even van der Waals terms.

Therefore, the consideration of the suspension as a Newtonian fluid leads to large deviations for higher concentrations as shown in Fig. 9.

Islanded systems have reduced inertia and so load/generation imbalance situations may lead to large frequency deviations.

Since the functional change in an arthritic joint contains 3D volumetric information, 2D imaging through a single plane in the joint may lead to large standard deviations in quantitative measurements.