The spatial distribution of bubble size depends on the effect of individual coalescence events on the bubble size distribution, the rate at which they occur, and the rise rate of the bubbles.
An experimental apparatus was designed and used to conduct tests for pore size distribution, flow rate through the geotextiles and the gradient ratio.
For example, materials composition, particle size distribution, degradation rate, adsorption and desorption kinetics and porosity will be key for successful use of the microspheres for biomedical applications.
Eight water-displacing-oil cases, including specifically designed scenarios representing a tight reservoir, were modelled in an imbibition process to investigate the effects of pore size distribution, injection rate, and interfacial tension (IFT).
The critical hydraulic gradient for collapse of the dam crest i f was strongly influenced by several factors, such as the initial void ratio (compactive effort), antecedent moisture content, particle density, grain size distribution, inflow rate into the upstream reservoir and the geometrical characteristics of the dams. 5.
Results indicated that, effects of mill throughput rate, compartment length and mill feed size distribution on discharge rate function and effects of mill diameter and ball size distribution parameters on breakage rate function could be reflected using the industrial scale data directly.
Considering a given group of size distributions, a rate of mass fraction growth was presented taking into account the influence of granules of both larger and smaller size.
Based on the hydration degrees and particle size distributions, the rate of increase of hydrating layer thickness of each single slag particle (k value) was calculated.
Other methods depend on measuring the particle size distribution by the rate of sedimentation of the cement in kerosene or by elutriation (separation) in an airstream.
An experimental study on the morphology, size distribution and growth rate of Cu6Sn5 scallops was conducted.
