Sentence examples for sum of the divergence from inspiring English sources

The divergence of the total flux, which is the sum of the divergence of electromigration and thermomigration, is extracted at the critical locations in solder joints.

They used the Hodge decomposition of (vec {g}), which splits (vec {g}) into the sum of the divergence of a single valued function and a divergence-free vector field.

The divergence of one cancer sample from another or normal samples is measured by the weighted sum of the divergence of protein-protein interaction affinities and proteins such that heterogeneity is modeled.

Total horizontal ionospheric currents, the sum of the divergence-free (equivalent) current and curl-free current.

At the heart of the divergence was a fundamentally different vision of global organizations.

Population divergence, defined as the time point when two populations last exchanged genes, is more recent than the DNA sequence divergence because the latter is the sum of the time to population divergence plus the average time to the common ancestors of DNA sequences within the ancestral population.

To cope with the typical database bias towards particular culturable organisms [ 17], from all profiles that correspond to the same genus only the medoid profile, which by definition yields the minimal sum of divergences to the members of that genus, was selected for clustering.

This is the sum effect of the fractional divergence, the built-in scale effect and the resistance.

By using the Hodge decomposition, we may write the velocity field as the sum of a divergence-free vector field and a gradient of a scalar function.

Specifically, we reformulate the TDGL into an equivalent system of equations by decomposing the magnetic potential to the sum of its divergence-free and curl-free parts, respectively.

We define the global MCI of a module as the sum of divergences across all species (extant or ancestral, except the LCA) divided by a normalization term, Z, defined as follows: ∑ s, t ∈ S, s ≠ t N s t, where S is the set of all species other than the LCA, t is s's immediate parent, and N st is the number of genes for which we have a module assignment in both s and t.