Sentence examples for systematically dependent from inspiring English sources

We find that the curvature of the Arai plot is systematically dependent on the angle and the proportion between the field used in the paleointensity experiment (BTRM) and the field in which the NRM was acquired (BNRM).

The glass transition temperatures (Tg) of the PS in multilayered films did not appear to be systematically dependent on layer thickness, and Tg values in all PS/PC films were similar to the bulk value of 104 °C.

The parameter K 0(t i ) shows the size of the aftershock productivity of each earthquake and is systematically dependent on the epicenter position of earthquake i occurring at time t i (Kumazawa and Ogata 2013, 2014; Kumazawa et al. 2016a, b).

Lewis says that B depends on A if there are large families of counterfactuals of the form If A had happened in this way, then B would have happened in that way, and the ways in which B would happen are systematically dependent on the ways in which A happens.

A computer implementation of the new analytic model confirms our hypothesis that the bias is systematically dependent on the electrode configuration.

Based on examination of this new expression, we identify a mechanism by which measurement bias can arise in activation-recovery intervals calculated from positive (upright) T waves; we hypothesize that the bias is systematically dependent on the electrode configuration used.

However, BI as a treatment option in acute hospitals has yet to be systematically tested in dependent drinkers [ 31- 34].

Despite this heterogeneity, prior imaging studies have not systematically investigated time-dependent differences in recruitment of the anterior and posterior HF, PRC, and PHC during retrieval.

However, in vivo analyses showed that mutations within the HX motif (including that of the key Tryptophan residue) did not systematically abolish PBC-dependent functions of Hox proteins (Galant et al., 2002; Merabet et al., 2003).

By using a large panel of well-characterized cancer cell lines or engineered isogenic cell lines that model the variability observed in patients in a defined genetic context, the goal is to systematically uncover genotype-dependent key cancer cell vulnerabilities.

The basic premise is that measured fluxome vectors can be systematically deconvoluted into genetic dependent factors (the structure of EFM, em i) and envirome dependent factors (the partial contribution of each EFM to flux phenotype, λ i).