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A descriptor has been proposed, the mean penetration depth, to characterize the deposit profiles of metals in hydrodemetallation catalysts.
This mean penetration depth can be obtained from concentration maps or profiles of elements along catalyst cross sections using local characterization techniques.
The mean distance to the surface of the catalyst pellet is found to be the convenient quantity to renormalize Thiele modulus and mean penetration depth to obtain an universal curve independent of the catalyst pellet shape.
Using a very simple model of metal deposit, the mean penetration depth can be analytically related to the Thiele modulus of the deposit reaction and consequently to the catalyst efficiency for trivial shapes (infinite slab, infinite cylinder and sphere).
Additionally, for each measurement the condition ∂τ/∂ψ = 0 is here fulfilled and one dataset corresponds strictly to a specific mean penetration depth τ independent of the tilt angle ψ.
Mean penetration depth was consistently shallower than median water depth within each FP coastal segment.
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The mean penetration depths across the exposed surfaces were 7.6 and 6.8 μm for anaerobic exposures with and without FeRB Geothermobacter sp. HR-1, respectively.
Separating photons propagated through the medium as a function of their traveling time permits to uncouple absorption from scattering contributions, to probe the medium at increasing mean penetration depths by collecting longer lived photons, and to improve spatial resolution using early less dispersed photons.
The average penetration depth was 64 µm.
This means that the penetration depth increases with increasing source-detector distance.
The obtained mean percentage error of penetration depth, weld bead width and height from the proposed Fuzzy model was 6. 06%, 6. 40% and 5. 82%, respectively.
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