Sentence examples for appropriate surface area from inspiring English sources

The specific design enabled efficient interelectrode communication by reducing the distance of separation and also maintained an appropriate surface area to volume ratio.

The Fe3C@C obtained at the carbonization temperature of 900 °C had high graphitization degree and hierarchical pore structures with an appropriate surface area of 441.6 m2 g−1.

Owing to the ordered hexagonal mesostructures, appropriate surface area, large-pore channels, and well-distributed metal Nx moieties embedded within the graphitic carbon backbones, the prepared metal Nx C materials exhibit excellent catalytic activity for oxygen reduction reaction (ORR) in both alkaline and acidic media.

The active mode mechanism suggests that nanoparticles provide appropriate surface area for converting infrared Radiation into heat.

This was done to determine the appropriate surface area at which if the surface area obtained by using dilute acid was high, then the use of concentrated acid can be reduced and the experimental costs will be less.

Urinary excretion and clearance data were corrected for age-appropriate body surface area (BSAage).

Therefore, an appropriate balance between surface area and hardness is essential when using activated carbon in real systems.

High surface area, appropriate hydroxyapatite formation, specific antibacterial action, increased cell viability, controlled swelling and degrading rate are favorably achieved at 2 1 nanocomposite ratio.

The fabricated two dimensional nanofibrous scaffolds showed high surface area, appropriate mechanical properties, hydrophilicity and porosity, required for the regeneration of diseased tissues.

The NMC/NiCo-LDHs-M electrode displays outstanding pseudocapacitance performances, including a high specific capacitance (2498 F g−1 at 1 A g−1), excellent rate capability and good charge-discharge stability, owing to the large surface area, appropriate pore size, rich mesoporous volume, low reaction resistance and high nitrogen amount.

Both electrodes consist of graphene-based active materials: a three-dimensional graphene-based porous carbon material with ultrahigh specific surface area, appropriate pore size distribution and excellent conductivity for the positive electrode, and a flash-reduced graphene oxide with open-pore structure and superior rate capability for the negative electrode.