Sentence examples for much lower conductivity from inspiring English sources

The first experimental studies of electrical transport in atomic carbon chains have shown a much lower conductivity than the quantum conductance limit.

Consequently, compared with ORC composites, a uniform dispersion of MWCNTs can be achieved just by utilizing OBC copolymer with blocky architecture and larger interphase thickness, and then much lower conductivity percolation threshold can be obtained in OBC composites.

Most notably, the Arctic, with its large river runoff, has much lower conductivity due to the reduction in salinity, and a global-scale reduction due to the lower temperatures at high latitudes is also apparent.

We can see that a much lower conductivity changes the internal stratigraphy and the flux of low volatile gases, but does not affect surface properties and consequently water and dust fluxes.

Finally, we consider the effect of finite re-distribution time of PG at different altitudes through conduction current (the (vec {J}) terms instead of the (partial vec {D}/partial t) term in the Ampere's law) in response to the cloud charge distribution, because this takes longer time near ground due to the much lower conductivity (or dielectric constant) than in the cloud.

The box and whisker plots (Fig. 4a, b), representing a comparison of distribution of the analyzed water quality parameters based on maximum, minimum and quartile values, primarily indicate that groundwater in the study area is comparatively more alkaline with much lower conductivity during post-monsoon than that during pre-monsoon.

A second PAMPS system containing Li+ and the dimethylbutylmethoxyethyl ammonium cation (N114 2O1)) in a 2 8 molar ratio showed much lower conductivities despite a significantly lower Tg (60 °C), possibly due to associations between the Li+ and the ether group on the ammonium cation, or between the latter cations and the sulfonate groups.

The novel CCIM shows much lower thermal conductivity than the standard value of thermal conductivity of traditional inorganic insulation materials when the mean temperature is between 126 °C and 538 °C.

The much lower thermal conductivity of composites compared with the value estimated from the intrinsic thermal conductivity of the nanotubes and their volume fraction could be explained in terms of the obtained large thermal resistance (Rk) of 1.8 ± 0.3 × 10−8 m2 K/W at nanotube matrix interface.

Among them, much attention has been focused on Si due to its higher capacity, in spite of its much lower electrical conductivity than other metals [53 56].

After polymerization, obtained P VyImBF4) showed much lower ionic conductivity (2.0×10−9 S cm−1 at 30°C) than the corresponding monomeric VyImBF4 (1.0×10−4 S cm−1 at 30°C).