Sentence examples for breaking position from inspiring English sources

Koh et al. [18, 19] and Liu et al. [25] used the strain wave propagation theory to predict the breaking position of the nanowires.

The breaking position distributions in Figure 4c show that the [110] nanowires would like to break at two ends of the nanowire at the low simulated strain rates, and the symmetric property of the breaking position distribution becomes obvious with the strain rates increasing.

Under the same simulation conditions of the [100] nanowires, the breaking position distributions of the [110] and [111] nanowires behave completely different at the strain rates from 0.01 to 7.69% ps-1 (to refer to strain rates in Table 1).

most probable breaking position.

Figure 4 The breaking position distribution of the single-crystal copper nanowire.

The statistical histograms of the breaking positions are fitted with Gaussian function, and the fitting peaks replace the most probable breaking position (MPBP) of the nanowires [25].

If we could predict the deformation behaviors and the final breaking positions of the nanowires, the breaking failure could be controlled and the nanowires also could be strengthened near the breaking positions to avoid failure.

This results in a linear relationship between development time T and break position for break types I and II (fig. 3a and 3b).

Some of the earliest hints of this came from disease-associated chromosomal breaks positioned well outside the relevant gene.

The alignment positions from BLAST corresponded to break positions; thus, we were able to observe the EDSB distribution across all 16 chromosomes.

For example, in most cases, the final breaking positions of [100] occur at the central part of the nanowire at low strain rates, and the nanowires are apt to break at the two ends with the strain rate increasing.