Sentence examples for spherical material from inspiring English sources

A hybrid TiO2-C spherical material was prepared by solvothermal synthesis from furfural and titanium isopropoxide and compared to a binary TiO2-activated carbon composite prepared using the slurry method.

As shown clearly in Fig. 1a, b, the spherical material was with ordered mesopores about 2 nm in diameter.

As shown clearly by Figure 1a,b, the spherical material had ordered mesopores about 2 nm in diameter.

In the left part of Fig. 3, a spherical material of "Bone cortical (mineral)" with a density of 1.92 g/cm3 has been selected.

Based on points above, micron-sized hierarchical spherical materials with suitable porous structure can not only increase their energy densities, but also improve their rate capabilities.

Furthermore, the synthesis of spherical materials using metal sulfate with high concentration (up to 5 M) as starting agents are attempted under carbon dioxides assisted conditions, and as-prepared materials also show improved performance.

The determination of particle size is affected by the particle shape and for irregular, non-spherical material, such as biomass, currently there are no readily applicable methods to determine the effective momentum exchange based on the particle geometry.

Non-spherical materials show increased margination toward the vessel wall, which improves the efficiency of tumor homing.

Spherical active material, with high specific surface area (SSA) represents a promising material candidate for film and flow capacitors.

The best photocatalytic performance of the spherical BiVO4 material with a surface area of 8.4 m2/g was associated with its higher surface area, narrower bandgap energy, higher surface oxygen vacancy density, and unique porous architecture.

On the basis of the model, the effects of the sphere radius, the bath temperature, the PCM thermal conduction coefficient and the spherical shell material on the melt fraction of PCM inside a sphere are discussed.