Numerical simulation breakthrough curves provided reasonably good matches to the approximate analytical solution breakthrough curves.
Using numerical procedures, breakthrough curves are calculated as a function of one diffusional and one equilibrium parameter for systems obeying equilibrium isotherms concave to the gas concentration axis.
A numerical analysis of breakthrough curves of bromide, SDZ, and its TPs showed that preferential flow pathways strongly affected the solute transport within shallow parts of the soil profile at the field scale.
Using numerical simulation, moments of breakthrough curves for systems obeying the Langmuir isotherm have been calculated.
The numerical simulations of tracer breakthrough curves suggest the existence of a groundwater flow system through well-connected master and tributary fractures, with fast and multi-source flow components.
The mobility was determined as a function of hydrologic conditions and solution chemistry using column breakthrough curves and numerical modeling.
It seemed the England goalkeeper was going to keep Arsenal at bay when he showed great athleticism to claw away Giroud's header but, just when it looked like Saints would survive despite their numerical disadvantage, Sanchez made the breakthrough.
Residence time distributions (RTDs) of a nonreactive tracer are derived from numerical simulations of the solute breakthrough curves (BTCs) resulting from a continuous concentration input.
Values for effective (or up-scaled) transport parameters were obtained by matching breakthrough curves from numerical experiments with an analytical solution for solute transport along a single fracture.
