Sentence examples for sufficient electrical conductivity from inspiring English sources

Multi-walled carbon nanotubes (MWCNTs) were used as support to maintain sufficient electrical conductivity.

Single crystal wafers need to provide sufficient electrical conductivity to be employed in photoelectrochemical investigations.

One approach to achieve sufficient electrical conductivity for ESC mitigation is by the incorporation of single-walled carbon nanotubes (SWNTs).

This is mainly related to the control of the oxidation level in order to provide enough active centers for metal ion storage while preserving sufficient electrical conductivity.

In addition to these properties, sufficient electrical conductivity is required in order to dissipate electrostatic charge (ESC) build-up brought about by the charged orbital environment.

Low color, space environmentally durable polymeric films with sufficient electrical conductivity to mitigate electrostatic charge (ESC) build-up are needed for applications on advanced spacecraft, particularly on large, ultra-light weight space structures.

In concept, a wide variety of metal, ceramic and composite materials are possible but restrictions are imposed by the need to avoid materials degradation, while maintaining adequate electrical conductivity, sufficient robustness and the possibility of facile scale-up.

Hierarchical mesoporous graphene-like carbon was obtained from the acclimated sludge (particularly for P-CSC) with a high surface area, sufficient degree of graphitization, good electrical conductivity, and rich N and P doping.

This improvement can be attributed to not only the high electrical conductivity, the sufficient amount of N- and P-containing groups, and the presence of many effective active sites (i.e., pyridinic-N, graphitic-N, P-N and P-O-CO3) but also the high tolerance of BC-HT-NP-HT to the poisoning species under the relevant MFC conditions.

Moreover, the three-dimensional conductive network formed in the hybrid aerogels can remarkably improve its electrical conductivity while providing sufficient channels for the transportation of lithium ions and charges.

The resultant 3D PG@C composite possesses high electrical conductivity, rapid ion insertion, sufficient active sites, short ionic diffusion distance and stable structural integrity for efficient Na-storage.