Sentence examples for methodologies because of from inspiring English sources

This technique offers several advantages over other methodologies because of its non-invasive properties, and high temporal resolution [ 44, 45].

These are also referred to as descending methodologies because of the focus on the general population from which the sample is drawn.

These bodily feedback accounts are notoriously difficult to test with causal methodologies, because of the difficulties in fully isolating the brain from the body or in simultaneously manipulating all of the relevant bodily feedback systems (see Dunn et al., 2006).

Because of these inherent difficulties, those analyzing carbohydrates in the field of cultural heritage are not able to fully compare data obtained from a variety of different analytical methodologies, because each of them produce extremely different chromatographic profiles and multiple databases [13, 28, 29].

These findings are further supported by the dozens of additional studies that have used less sensitive or less selective methodologies, because all of these studies report conjugated or unconjugated BPA levels in human samples in a very narrow range of concentrations.

Micrel, according to papers it filed in a lawsuit against its former auditors, adopted the methodology because of complaints from newly hired employees that sharp rises and drops in its stock price created unfairness among the staff.

This vehicle has shown to be a good choice for testing our methodology because of its small climb angle (about (6^{circ })).

Immersed boundary method (IBM) emerged as an attractive methodology because of its ability to efficiently handle complex moving and rotating geometries on structured grids.

The Danish power system is used for the implementation and the verification of the methodology because of its big wind power penetration goal quote, i.e., 50% of the total electricity production from wind power by 2020 [7].

The results demonstrate the versatility of the methodology because of its ability to detect land use change despite the large proportion of the landscape that remained uncharged during the two periods under consideration, and because of its ability to distinguish systematic non-random land use transitions from random ones.

We used this methodology because of its ability to promote consensus among group members [ 22].