Sentence examples for very resistive from inspiring English sources
Seawater is a much better conductor (i.e., it has lower resistivity) than fresh water owing to its higher content of dissolved salts; dry rock is very resistive.
Furthermore, a very resistive solid electrolyte interface is developed after a few cycles.
In terms of geological settings, the Northern Highlands model represents a very resistive terrane, found in northern Scotland, where the underlying lithology consists of granitic or metamorphic rocks.
These results signify that a complex between Mn III), coming from the reduction of Mn(IV) species, and Mn II) present in solution, can be formed near the surface and leads to the formation of Mn3O4, a very resistive compound.
The behavior is consistent with relaxation of the salt concentration gradients and indicates that a portion of the interfacial impedance usually attributed to the SEI layer is due to concentrated salt solutions next to the electrode surfaces that are very resistive.
As a result, the CAC mixture was very resistive to corrosion; there was no corrosion observed in CAC mixture at exceeding 3.0% of chlorides by weight of binder, whilst OPC produced about 0.5 1.0% of the critical chloride threshold for the onset of corrosion.
The 2D resistivity pseudo-sections obtained showed three different layers: one thin resistive layer interspersed by very resistant spots corresponding to woody roots, followed by a middle conductive one corresponding to moist soil, and a deeper layer with moderate resistivities.
It also results in a purely real (resistive) characteristic impedance.
We show that ReRAM devices that have the same initial resistance would attain distinct initial filament distributions, which would finally result in very dissimilar resistive switching dynamics even when programmed with the same pulse schemes.
In addition to transition metal oxide-based RRAMs [2, 3], many rare-earth metal oxides, such as Lu2O3, Yb2O3, Sm2O3, Gd2O3, Tm2O3, Er2O3, Nd2O3, Dy2O3, and CeO2[4 10], show very good resistive switching (RS) properties.
As shown in Fig. 2b, c, the field distributions above the metal grating structure exhibits a slow attenuation, and only a small proportion of electromagnetic field penetrates into the metal grating, which implies a very small resistive rate.
