Sentence examples for propagation because of from inspiring English sources

(2) RBG heterogeneities locally enhance flame propagation because of the dominant effect of temperature over dilution.

A pre-existing fault leads to a decrease in fracture propagation because of fault reactivation with shear failure.

It is evident from the literature that culm/branch cuttings are suitable for propagation because of easy handling and abundant availability (McClure 1966, Pattanaik et al. 2004).

Error propagation because of loss of synchronization can damage the whole data after an error has occurred in the compressed data.

Although we proposed a new 3D velocity structure model for the evaluation of the long-period ground motions in the northern Kanto Basin, it may not be acceptable for short-period (<1 s) seismic wave propagation because of the lack of small-scale velocity heterogeneities.

We deal with only unilateral and/or symmetric bilateral rupture propagation, because the number of observed records is insufficient to evaluate parameters representing general cases of rupture propagation.

We note that the presence of SDS-stable Sup35 NM aggregates in experimental starter culture cells does not represent prion propagation because the presence of New1 (i.e., [ PIN +]) enables the continuing de novo conversion of newly synthesized Sup35 NM to the prion form.

However, dSpikes can fall below threshold for active propagation (often because of large impedance drops at branch points) and then propagate passively to the recording electrode, where they appear as small dSpikes (spikelets) (Golding and Spruston, 1998; Golding et al., 2002; Jarsky et al., 2005; Losonczy and Magee, 2006; Katz et al., 2009).

We ignore the transmission and propagation delays because of their dependence on technology but they can be embedded in (23).

According to the theory by Christian and Mahajan, there is a higher stress for nucleation than for propagation, and because of the Hall Petch effect associated with twin segmentation, it is suggested that the grain with two variants should undergo a higher hardening rate than that with a single variant.

By contrast, in 1924, only 121 (13%) of 904 boys of the Royal Navy School of Greenwich had already been infected after 23 days of disease propagation (presumably because of the high level of prior-immunity acquired since the 1918 pandemic), when 40 new boys were distributed indiscriminately throughout the school (Dudley, 1926).