Neither earthworms nor AMF affected slug fresh mass.
A finite element based computational fluid dynamics (CFD) model was developed to study the flow patterns within the slugs and mass transfer with and without superimposed chemical reaction between two consecutive slugs in the liquid liquid slug flow capillary microreactor.
In a hand-drawn "world map" from around 1489, Europe is more or less center stage; Africa is a slug-shaped mass, Asia a big, bland lump.
The blob stretches out into a slug-shaped mass about one millimeter long (one twenty-fifth of an inch), which then crawls like a worm toward light.
The model can account for the influences of nonlinear spring effect of vapor slugs, interphase mass-transferring effect, fluid filling ratio, operating temperatures of the evaporator and condenser, different heating modes (top- or bottom-heating), gravity, bending pressure loss, properties of the working fluid, and different random distributions of initial velocities and lengths of fluid slugs.
The pound-force provides an alternative unit of mass: one slug is the mass that will accelerate by one foot per second squared when acted on by one pound-force.
Phase transition in micro channels, especially in micro channel arrays, is accompanied by phenomena like vapor clogging, vapor slugging or pressure drop, mass flow and temperature fluctuations.
In countries that continue to favour the English system of measurement over the International System of Units (SI), the unit of mass is the slug, a mass whose weight at sea level is 32.17 pounds.
For further improvement of mass transfer in slug flow, we also verified that the channel including a sudden expansion improves the mass transfer efficiency.
The hidden slug length accounted for the mass of LOX which cannot be seen during the experiment and was calculated as 10 14.5 cm.
