Sentence examples for spread of liquid from inspiring English sources

Large droplets tended to negatively impact the spread of liquid throughout the bed, especially when they were larger than the fluidized particles.

Studies involving the spreading of liquid, contact angle and surface roughness have been investigated elsewhere [26, 27].

This basic configuration has been chosen to evaluate the radial spreading of liquid flow through a fixed bed.

The spreading of liquid in a packed column can be simulated by a dispersive mechanism using the Dutkai and Ruckenstein boundary conditions at the wall.

The isothermal spreading of liquid Sn on Au substrates was studied over the temperature range of 250 430 °C using the sessile drop technique in a gaseous flux atmosphere.

A major implication of this phenomena is that liquid will spread more on less wettable (but porous) surfaces in comparison to more wettable (but nonporus) surfaces and a reinterpretation of experiments involving spreading of liquid over porous solids is required.

The dynamics of spreading of liquid metal atoms via molecular dynamics is considered vs. the commensurability of the solid surface with respect to the size of the liquid atoms.

A conceptual pore level model (Chem. Eng. Sci. 57 (2002 34011) of spreading of liquid over internally wet porous particles is applied to explain reported rector level enhancement in wetting of trickle bed reactor (Ind. Eng. Chem. Res. 36 (1997 51333).

Spreading of liquid droplets over solid surfaces is a fundamental process with a number of applications including electro-chemical reactions on catalyst surface in membrane electrode assembly of proton exchange membrane (PEM) fuel cell and direct alcohol fuel cell.

We adopt depth-averaged, shallow-water gravity-wave theory to furnish a simplistic, tractable description of the lateral axisymmetric spreading of liquid and vapor in the aftermath of an accidental, instantaneous spill on level ground of a large quantity of volatile liquid.

A spread model was modified to simulate the spread of continuous liquid fuel spill fires in a one-dimensional channel, based on the balance between gravity and viscous forces.