Sentence examples for inverse surface from inspiring English sources

The inverse surface area per unit volume increases with the cube root of time despite the lack of microstructural self-similarity and highly anisotropic particle morphology.

We find that the cube of the inverse surface area per unit volume increases linearly with time, despite the apparent lack of microstructural self-similarity.

The area (A -related inverse surfA -relatedance 1/(Rsurface  A), whinversea measurface the electresistance activity of the LSF surface for the water splitting/hydrogen oxidation reaction, is plotted versus the overpotential η in Figure  3 a.

For the case of a uniform distribution of seeding points along the arclength, the probability density is constant and given by the inverse surface area of the parabolic caps (Equation 6) (23) p (s i ≡ p u (ρ | z 0 i ) = 1 Σ i.

After the DWTT, percent shear area, area of inverse fracture surface, and hardness and work hardening exponent of the hammer-impacted region were measured.

The microstructure evolved into a highly interconnected structure, where the inverse specific surface area scaled linearly with the cube root of time.

Thus, it is possible to infer that although the PDDA functionalization contributes to inverse the surface charge of the support, this modification is not enough to attract the precursor nuclei of the W zeolite of low Si/Al ratio.

In the inverse flames, surface growth continues after oxidation has ceased, causing the peak soot volume fraction to be sustained for a long period of time, and causing the emission of soot, even though the quantity of soot is small.

POMs are able to inverse the surface charge of positively charged proteins and to induce liquid liquid-phase-separation ("drops in drop"), but more (physicaliquid liquid-phase-separation that POMs are abliquid liquid-phase-separationehavior as dropsstrated by Zhang et al. for catinns in solutions of acidropproteins [15,59].

3, 4 Therefore, we recently studied related "inverse" near-surface PdZn intermetallic phases, showing that three-dimensional PdZn active site ensembles are equally important for selective dehydrogenation of methanol (thus avoiding CO) and for efficient water activation.

Inverse gas chromatography surface energy measurements of larger samples of fibres were carried out using the novel approach of incremental surface coverage by varying the probe molecule concentration and revealed different levels of energetic heterogeneity for PAN based fibres collected at different stages of carbon fibre production.