Sentence examples for solid wetting from inspiring English sources

Understanding solid wetting by collisions between flowing solids and spray droplets is essential to optimizing the design and operation of related industrial processes.

A three-dimensional, Potts model of liquid phase sintering in a system with full solid wetting was introduced in order to investigate the coarsening kinetics and microstructures associated with this process.

It is thought that this habitat diversification occurred in a stepwise manner, where the ancestors of the group occupied solid wet substrate, followed by the invasion of the shore water intersection, and finally there was the diversification into the open-water habitats.

In some cases, this step is preceded by some chemical treatment (e.g., intercalation of layered nano-solids, wetting of fine-particle agglomerates) to ease the dispersion.

A solid state wetting technique has been used to investigate the effects of alloying Au with Ge on the wetting and energetics of Au/SiC interfaces at 1123 K.

The experiments have been performed by a so-called solid state wetting method conducted under ultra-high vacuum conditions, so as to ensure maximum surface and interfacial cleanliness.

In Equation 1, when S ≥ 0 γSl + γlV ≤ γSV), the solid is wetted by the liquid entirely, and then, it is called complete wetting.

Organic Solid-Solid Wetting Deposition (OSWD) enables the fabrication of supramolecular architectures without the need for solubility or vacuum conditions.

A droplet on a solid surface wets the surface depending on the chemical properties of the phases, as well as on the surface structure.

At a TiO2 content of 10 wt.%, the solid and wet PVdF/LiClO4/TiO2 systems had the maximum conductivity values of 7.1 × 10−4 and 1.8 × 10−3 S/cm, respectively.

When a three-dimensional morphology of solid-state wetting along a triple junction line is observed on a two-dimensional section, two kinds of morphologies could be observed.