Sentence examples for control divergence from inspiring English sources

The key challenge in applying such methods to ideal MHD is to control divergence errors in the magnetic field.

Stable lateral has been mode to minimize beam fluctuation and control divergence angel and reduction of noise as result of laser operation at high power condition.

Figure  2C shows smoke-exposed versus control divergence in AGDapp with the relative difference between control and smoke-exposed fetuses largest at 14 16 weeks of gestation.

We previously showed that strains HB3 and Dd2 diverge in their proliferation rates, and here use quantitative trait loci mapping in 34 progeny from a cross between these parent clones along with integrative bioinformatics to identify genetic loci and candidate genes that control divergences in cell cycle duration.

Flatness tolerances control the divergence or departure of a surface from a true plane and it can be used independently of any size tolerance.

The allopatric French Guiana H. melpomene melpomene population acts as a control for divergence at these loci, and so the much lower net divergence between H. melpomene rosina and H. cydno in Panama (1/60 at Mpi, 1/3 at Ci) compared with divergence between either taxon and H. melpomene from French Guiana is clearly aberrant.

It is of utmost interest to control the divergence of the magnetic flux in simulations of the ideal magnetohydrodynamic equations since, in general, divergence errors tend to accumulate and render the schemes unstable.

The spray system is designed to minimize interaction between the fluid droplets, and the gas nozzle to control the divergence of the fluid droplets.

However, linkage mapping has shown that none of these genes are linked to the switch genes that control pattern divergence in Heliconius [ 35, 36], so there is currently no evidence that they are involved in pattern evolution.

Results were similar to those obtained using the mtDNA control region (divergence between African and Sicilian haplotypes: 95% HPD from 0.164 to 3.603 My (mean: 2.051); split of balearicus/ viridis clades: 95% HPD from 0.18 and 3.795 (mean: 2.123).

The basic idea of these approaches is to employ chirped acoustic waves traveling through the AODs to control beam divergence in addition to deflection angle, resulting in a movement of the excitation spot along the z-axis.