Sentence examples for broken region from inspiring English sources

Before the set process, a broken region near the cathode as shown in Figure 4b (image b1) could be clearly observed, which limits the current flow, providing us a distinct evidence of HRS.

In addition, a broken region near the cathode after reset process was observed, while it will be reconnected after the set process, which provides a direct proof of the formation of the conducting bridge.

A discontinuous region (broken region) nearby the cathode after reset process was observed, which limits the flow of current, thus a high resistance state, while it will be reconnected to switch the device from high to low resistance states through the migration of Au NPs after set process.

The corresponding TEM image during the current saturation as shown in Figure 5b (b3) provides us with a distinct evidence that the migration of Au cations finally results in a discontinuity (broken region) near the interface of the anode and the narrow neck region, as marked by a dashed circle and arrow in Figure 5c, c2.

After the high-enough bias was applied (set process), Au cations could migrate from the interface of the anodic Au electrode to connect the broken region from the top region of the conducting bridge via the reduction/crystallization process, enabling the switching of resistive state (Figure 4b, b1 and c1).

Upon manual inspection of the broken regions in chimpanzee on the UCSC browser, we found that every broken region in chimpanzee had significant gaps, and was composed of many contigs.

The chemotherapy drug induced broken regions of membrane or the lipid-lined toroidal pores behave exactly like regions without the hydrophobic membrane core.

Tech-savvy players have been able to circumvent the region restrictions, but security companies have warned that users attempting to break region locking may end up accidentally infecting their phones with malware.

The position of the kink coincides with a coiled-coil breaking region conserved across eukaryotes.

The coseismic slip first ruptured Region 1 with extremely large slip, propagated through the barrier-like Region 2, and finally broke Region 3. Following the scenario given above, we try to model a mechanical system of the M 9 Tohoku Earthquake.

The hybrid approach of locally reverting to the nonlinear shallow water equations is used to recover energy dissipation in breaking regions.