Validation of the mathematical model was conducted experimentally.
In this work, additional experimental verification of a previously formulated mathematical model is conducted using published experimental data.
Parametric analyses based on the mathematical model are conducted to examine the influence of the slab dimension, reinforcement and the beam dimension on the amplification factor.
Based on it, we examine factors likely to affect separation performance, and verify the predictions of our mathematical model by conducting tracer experiments.
The gel barrier formation by a gelling liquid (Colloidal Silica) injection in an unsaturated porous medium is investigated by developing a mathematical model and conducting numerical simulations.
Laboratory experiments and mathematical modeling were conducted to examine the influence of a hydroxypropyl-beta-cyclodextrin (HPCD) solution on the dissolution of single- and three-component organic liquids.
In this work, laboratory experiments and mathematical modeling were conducted to determine whether carbon materials could be used to remove 3 ENPs: silver nanoparticles (AgNPs), carbon nanotubes (CNTs), and titanium dioxide (NTiO2) from water.
Controlled release studies at different pH values show that PAMAM G5-FA is a good candidate as a carrier for tramadol and morphine, while mathematical modeling is conducted, suggesting that the release process is governed by a diffusion mechanism.
Mathematical model analysis was conducted to examine whether and to what extent the cell kinetics of HSCs can be modified after irradiation.
For the past decade, extensive mathematical modelling has been conducted on the design and optimization of liquid-feed direct methanol fuel cells (DMFCs).
