Sentence examples for strong conductivity from inspiring English sources

Conductive polymer materials, which have both strong conductivity and the properties of polymers, are widely used in electronics and biosensors (Glouannec et al. 2008).

These exploit the strong conductivity contrast between the hydrocarbon and water phases and have been used for mapping water front propagation in hydrocarbon reservoirs and enhancing the characterization of the reservoir formation.

A large geomagnetic depth sounding (GDS) array operated in south central Brazil discovered a strong conductivity anomaly under the central west South American Platform (Bologna et al. 2014).

They concluded that this method is also suitable for situations in which the value of the target anomaly is known to have a strong conductivity contrast with the background medium.

The decoupled external source versus ground response approach is valid because, excluding regions close to strong conductivity anomalies, to a good approximation, the same magnetospheric-ionospheric source current will produce similar horizontal magnetic field variations at regions with different ground conductivity structures.

The approach is particularly useful for the analysis of disordered systems such as ion conducting glasses, where particularly strong structure conductivity correlation has been identified.

The reported strong thermal conductivity enhancement beyond that from the higher value of suspended nanoparticles in [23, 75 79] is also the evidence of such thermal waves.

For example, many groups have reported strong thermal conductivity enhancement beyond that predicted by Maxwell's model in nanofluids [1, 2, 23, 24].

It is of great importance to develop high-performance nanomaterials with strong electrical conductivity and excellent biocompatibility for their use in the manufacture of electrochemical biosensors.

However, as recently pointed out by Opgenoorth et al. (2010), strong ionospheric conductivity gradients can still be present on the dayside between adjacent strongly magnetized and weakly magnetized regions.

In an ionized gas where the density is low and/or the magnetic field is very strong, the conductivity normal to the magnetic field is reduced due to the free spiraling of electrons and ions about the magnetic lines of force before suffering collisions, and a current is induced in a direction normal to both electric and magnetic fields.