Sentence examples for adequate surface area from inspiring English sources

The melamine treated sample was always found to be more active due to the presence of nitrogen groups and adequate surface area available.

Several authors have introduced different dopants such as Nb, W, V, Ta, etc., by different methods to enhance the electronic conductivity maintaining an adequate surface area [34, 35, 37, 39, 40].

The catalytic activity, evaluated from the total combustion of methane, can be related to the presence of the perovskite structure, an adequate surface area and the reducibility of the material.

The use of conventional microchannel or uniform pin fin arrays for microfluidic cooling do not provide adequate surface area for heat transfer in the vicinity of regions of concentrated high power (hotspots), and therefore significant temperature gradients might arise in such zones.

Furthermore, 3D RGO networks can provide adequate surface areas for a high loading content of CoP and enhance charge transfer kinetics.

Is there really enough surface area?

Owing to the large surface area, adequate pore volume, stable cycling performance and good rate capabilities of our synthesized material, it has potential application as supercapacitor electrodes.

Fabricated by electrospinning, molecular self-assembly, or phase separation, nanobiomaterials must be safe, nontoxic, nonimmunogenic, biocompatible, and biodegradable, with adequate mechanical properties, high surface area, and a macroporous structure.

AC hybrids are most widely used on the industrial scale as an adsorbent for the electrode materials in electrochemical devices and processes, due to their high specific surface area, adequate pore size distribution, variable characteristics of surface chemistry, and relatively high mechanical strength [26, 33, 37, 68] (Table 5).

The as-prepared sample F310-800 exhightspecificpecific surface area (2626 m2 g−1), adequate e-conductivity (142 S m−1), high sp2-bonding carbon content (92.6%) and low oxygen content (4.6 wt%).

The ultrathin CuO nanosheets with large surface area provide adequate active sites for the electrocatalysis and the strong binding will promote the electron transfer between active nanomaterials and Cu substrate.