Sentence examples for broken filaments from inspiring English sources
The multiscale properties of NSCT make this method flexible in extracting salient borderlines between feature regions, and the mathematical morphological operators are employed subsequently to deal with occasional broken filaments or over-segmentation.
In this work, the two interfacial layers (IL) between trilayer-structure of Al2O3/HfO2/Al2O3 on TiN-coated Si have also a similar effect on connected or broken filaments in memory units, as indicated in Figure 6a,b.
Our simulations with transmural heterogeneity show more complex intramural filament shapes and broken filaments than those we observe for scroll-wave filaments in thin epicardial simulation domains.
These tip links included single filaments, forked filaments, broken filaments and multiple filaments (Fig. 8A E) similar to those described previously in various rodents [5], [33], [34], [35], [36], [37].
Broken filaments have indeed been observed for SBS at 240°C and also for styrene-isoprene-styrene (SIS) at 270°C.
The radius of these broken filaments (17 nm) is smaller than the one of the initial ring (∼27 nm), but very close to the size of the inner turns in large spirals (18 nm; see Figure 2D).
Second, filaments necessarily break into "separate" filaments as they pass "through" vessels, increasing filament count.
Modeling of this mechanism revealed that sufficient force (∼20 pN) can be generated by single myofilaments to buckle and break actin filaments.
The force needed to buckle and break a filament is F = π EI/l.
We directly show that single myofilaments can interact with actin in such a way that sufficient force can be generated to break the filament, without either the myofilament or the actin being firmly attached to a solid support or scaffold.
