These macroscopic models are written in terms of effective medium coefficients that are computed from solving the associated closure problems in representative regions of the pore scale.
The influence of the elastic medium coefficients, nonlocal parameter and end supports on the free vibrations characteristics of the single-walled carbon nanotube (SWCNT) is described.
The upscaling process leads to average transport equations, which are expressed in terms of effective medium coefficients for (diffusive or dispersive) mass transport and reaction that are computed by solving the associated closure problems.
The effects of attached mass, lower and higher vibrational mode, elastic medium, piezoelectric coefficient, dielectric coefficient, cross section coefficient, non-homogeneity parameter and small scale parameter on the natural frequency are investigated.
A general expression for the medium dispersion coefficient due to pressure and temperature is derived.
Therefore, the medium transmission coefficient is calculated as t ( x ) = 1 − q · B a x / max x ∈ ℜ B a x (15).
As a consequence, instead of estimating the medium transmission coefficient t, the haze removal algorithm can be decomposed into several steps: inference of B x) from I x), estimation of A, and derivation of J x) after inverting Equation (3).
where I is the observed hazy image, u is the real scene radiance, A ir is the global airlight, and t is the medium transmission coefficient (standing for the amount of light that is not scattered and arrives at the imaging instrument).
The outer gelled layer increased the dissolution medium diffusion coefficient and acted as barrier for drug release.
MMDX uptake by A-NK cells correlated linearly with drug concentration in the incubation medium [correlation coefficient (r) = 0.999]; furthermore, as MMDX incorporation was readily reproducible in different experiments, the amount of drug delivered by A-NK cells could be modulated.
