Sentence examples for solid packings from inspiring English sources

The packings well all essentially hydrophobic promoting a non-wetting water flow condition, simulating liquid metal flow on solid packings.

Catalytically active open-cell solid foam packings are promising replacements for conventional randomly packed catalyst particles due to their low pressure drop and high specific surface area.

The open-celled solid foam packings used were in the range of 5 40 pores per linear inch (ppi).

Hydrodynamic parameters such as liquid holdup, pressure drop, and flow regimes similar to those for packed beds, have been obtained for the gas and liquid flows through these solid foam packings.

The mass transfer coefficient and other hydrodynamic parameters are presented for a gas and liquid (air water system) moving in a co-current upflow configuration through solid foam packings in the range of 10 40 pores per linear inch (ppi).

The gas liquid mass transfer coefficient and other hydrodynamic parameters such as liquid holdup and frictional pressure drop are presented for gas and liquid moving in co-current upflow and downflow through solid foam packings of 10 and of 40 pores per linear inch (ppi).

We consider model porous solids formed from initial packings of spheres with unimodal, Gaussian, or bimodal distributions of size; changes in pellet porosity are achieved by increasing microsphere radii and by randomly removing spheres from highly densified packings in order to simulate densification and coarsening, respectively.

The mathematical programming formulation that appears to better model this application is the Three-dimensional Bin-Packing Problem (3D-BPP) which is no more than an extension of the classic Bin-Packing Problem to the orthogonal packing of solid objects.

The axial pressure gradients in the solid foams showed significantly lower pressure drop compared to particle packings of similar specific surface area.

Recall that the dual packings are formed successively in our packing algorithm.

Mechanical and chemical stability, ease of preparation, and the relatively low cost of MIP materials make them attractive for analytical applications involving column packings in chromatographic separations [ 50], sorbents for solid-phase microextraction [ 51, 52], and recognition units in chemical sensors [ 53– 53].