Sentence examples for extensive fault from inspiring English sources
That action thinned and extended the crust to produce extensive fault systems along the Red Sea margin.
HS technique outperforms PSD in all five scenarios because of the extensive fault information exploration and fault features enhancement.
The effects of SETs are analyzed by means of an extensive fault injection campaign by using a SPICE simulator and a predictive 130nm CMOS technology model.
Next it presents a tool that is currently being developed in order to make possible the extensive fault simulation of Microsystems, concerning the transducer and the electronic parts as well.
The operating system software is VxWorks and has extensive fault protection protocols and monitoring.
This can be attributed to more extensive faulting of the SCP in the northern part.
The development of the Icotea basin provides an excellent observational basis for understanding the structural history of three sets of regionally extensive faults and testing two models for the formation of pull-apart basins in general.
Although this excavation exposed hundreds of meters of section, the structural complexity caused by extensive faulting has obscured the stratigraphic relationships between the various formations, such that only a portion of one, or at most two, formations are present in any given fault-bounded block (Figure 3).
Early TEM studies of thin graphite "foils" showed that extensive faulting could take place on the basal plane of graphite giving rise to arrays of dislocation ribbons and stacking faults.
The middle Miocene to late Pliocene collision of the Izu-Bonin arc with the outer zone rocks of the Japanese arc has produced an extensive thrust fault system that is identified by its surface expression as the southern segments of the ISTL fault system, and governs the predominantly reverse fault character of the earthquake mechanisms that are observed in the area.
Development of the SDC and its extensive normal faulting were a result of upper plate extension and rifting in the protoarc forearc crust caused by rapid slab rollback in the Mirdita basin, reminiscent of the late Cenozoic extensional tectonics of the Izu Bonin Mariana system in the Western Pacific.
