Sandulyak Anna, Sandulyak Alexander, Polismakova Maria
ferroparticles, magnetophoresis, exponential absorbing screen, magneto-active fraction share, efficiency characteristics
The paper delivers and comments upon expanded (including individual parameters of fer-roparticles filtration magnetophoresis in a granular matrix) alternatives of expressions suitable for cal-culating the resulting parameter of magnetophoresis efficiency ψ as a relative reduction of ferroparti-cles initial concentration in the medium filtered. For this purpose, we employ a well-reputed model of a matrix as an exponential ferroparticles absorbing screen the application of which in the expression for ψ is justified with the account for real diagnostics of the share λ of magneto-active fraction of par-ticles entering magnetic separation zone. The paper demonstrates that alongside with acknowledged resulting parameter ψ it is reasonable to use another parameter, more convenient for testing the data, the so-called ξ-parameter as a logarithm of ψ-parameter deficit (with the account for value λ). We pay special attention to discussing the character of impact on ξ (and ψ) of such parameters as the filter-matrix granules diameter, magnetized field intensity and average induction in the matrix, matrix (chips) packing density, and initial concentration of ferroparticles.
Cite this paper
Sandulyak Anna, Sandulyak Alexander, Polismakova Maria. (2016) Alternatives of Multiparameter Expressions for Filtration Magnetophoresis Efficiency. International Journal of Applied Physics, 1, 62-68