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Followed by the numerical study of Yang et al. (2010), the macroscopic hydrodynamic and heat transfer characteristics in some novel structured packed beds are experimentally studied in this paper, where the packings of ellipsoidal or non-uniform spherical particles are investigated for the first time with experiments and some important results are obtained.
The packings are generated by discrete element method (DEM) simulations.
Transient dispersion was found to correlate with the spatial scales of heterogeneity in the packings.
In the paper corrected correlations are proposed for the packings considered.
Values of gas side mass transfer coefficients for some of the packings were also obtained.
The packings well all essentially hydrophobic promoting a non-wetting water flow condition, simulating liquid metal flow on solid packings.
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The packing-corrected confluency (PCC) was then computed by dividing the image confluency by the distance between blob-like objects.
That is, the number of nonresidual nodes in a unidirectional packing is more than -log w.h.p., and the number of nonresidual nodes in both the unidirectional packings of the dual packing is more than.
The two packings have the same packing ratio and for this tuning curve also provide identical spatial resolution.
The longer the line-packing time, the more resilient the pipeline system is to flow variations or short term operational issues at the capture or storage site.
According to Lemma 1 immediately after the proof of Theorem 1 here, the number of residual nodes in each of the unidirectional packings of the dual packings is less than log w.h.p.h.p
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