Sentence examples for moderate surface area from inspiring English sources

Carbon aerogels (CAs) owned moderate surface area, and 3D interconnected hierarchical porous nanonetworks are considered to be ideal candidates for sulfur host material.

The nitrogen sorption measurement indicates a moderate surface area of ~ 18 m2 g−1 for the Fe2O3 nanotubes@compositeposite (Fig. 5b).

It is reported that the capacitance value of carbon nanotubes was as high as 80 F/g with moderate surface area 450 m2/g (Fig. 4).

Amongst the Co3O4 studied, Co3O4-U0.37, prepared with 0.37 g of urea, displayed moderate surface area (50.10 m2/g), highest specific capacitance (764 F/g at 5 mV/s) and energy density (19.56 Wh/kg).

It is found that the highest specific capacitance (652 F g−1) was achieved from the mid-size sample with the moderate surface area, but not the smallest one with the highest surface area, as the charge carrier concentrations present remarkable effects on the capacitance performance of PPy nanomaterials when down to the critical size.

Activated MCMB of moderate surface area (SDFT = 1450 1650 m2 g−1) and relatively narrow micropores (L0 = 0.9 1.05 nm), which were produced from MCMB carbonized at 600 700 °C by activation at 700 °C using 2 1 KOH/MCMB ratio, seem to be most promising electrode material.

The sample UFFA-2-600 UFFA-2-600 UFFA-2-600of fine micropore volume and moderate BET surface area showiththighighest uproportionboft 3.76 mmol g−1 at 25 °C, 1 bar.

The N2 adsorption-desorption isotherm analysis shows that the bouquet-like Co3O4 nanostructure possesses a moderate specific surface area (37.0 mg−2) and mesoporous property.

The as-obtained N-OMCS possesses an average diameter of around 300 nm, a moderate specific surface area of 439 m2 g−1 and uniform mesopore size at around 5.0 nm.

Their higher level of activity is considered to be due to a combination of their moderate specific surface area and high crystallinity.

The synergistic effect of Ni-NPs and SDBS imparted PLHCNs with appropriate pore structure, moderate specific surface area (617 m2 g−1), ultrasmall nanocavities (∼6.88 nm), and interconnected and defective few-layer (n < 5) graphene shells.