Sentence examples for exceptionally high surface from inspiring English sources

The bicellar templates produce novel, pillared lamellar structures with exceptionally high surface areas.

The obtained materials form novel pillared lamellar structures with a high degree of periodic order, narrow pore size distributions, and exceptionally high surface areas.

The novel optoelectronic properties of CNTs (e.g., exceptionally high surface area, thermal conductivity, electron mobility, and mechanical strength) can be advantageous for applications toward energy conversion and storage.

This issue has been addressed by attachment of palladium nanoparticles on multi-scale hierarchical carbon supports that have exceptionally high surface area per volume.

In comparison to conventional materials, the nanostructured adsorbents, mainly due to the exceptionally high surface area, show much higher efficiencies and faster adsorption rates in water treatment [34, 35, 36].

This method highlights essential aspects of the functionalization scheme for substrate surface and nanoparticles to produce exceptionally high surface coverage without sacrificing selectivity or control over the layer produced.

However, due to their extremely low dimensions at the nanoscale and exceptionally high surface-area-to-volume ratio, these fluorescent nanocrystals must be stabilized by capping agents during their synthesis to restrict the growth of formed nuclei [10].

The HN-PNFs have a hierarchically nanoporous structure and an exceptionally high specific surface area of 3,950.7 m2 g−1 as well as numerous redox-active heteroatoms (C/O and C/N ratio of 10.6 and 16.8, respectively).

Owning to the synergistic effect of micropores and mesopores, the hybrid-porous carbon has exceptionally high ion accessible surface area and low ion diffusion resistance, which is desired for supercapacitor applications.

Specifically, foams with an exceptionally high specific surface area could be a perfect solution for advanced energy applications because the electrodes with limited reaction area between an electrolyte and an active material have been identified as one of the key factors affecting the low-level performance of Li-ion batteries, which is a major challenge hindering their commercial application.

These improvements were attributed to (i) the outstanding electrical conductivity and exceptionally high specific surface area of the deposited graphene and (ii) the binding and wetting properties of the polytetrafluoroethylene (PTFE -treated raw carbon cloth itself, thus PTFE -treatedffectiveness of this modification prawess.