Sentence examples for the evolution of concentration from inspiring English sources

We show the evolution of concentration distributions along the TCP mixer for chaotic advection flow regimes.

Since oscillation in the flow introduces much complexity into the transport process, little progress has been made to illustrate the evolution of concentration distribution.

For solute dispersion in a wind-driven current, presented in this paper is an analytical study of the evolution of concentration distribution.

The evolution of all the relevant prices was then studied against the evolution of the ALI through econometric methods, which allowed to empirically assess the impact of the evolution of concentration and competition on price transmission.

The model is based on the definition of enantiomer-specific isotopologues and jointly predicts the evolution of concentration, enantiomer fractionation, as well as changes in stable isotope ratios of different elements.

However, such conclusion should be considered against the abovementioned limitations stemming from the use of the ALI, and also considering further developments in the evolution of concentration and competition in the EU sugar sector occurred during the first months of 2012.

It is shown that the methods can be used to provide evidence for the evolution of concentration-way profiles along interphases developed during interdiffusion of miscible components of contacting polymers.

The mathematical model we develop to describe such dynamics consists in a set of reaction diffusion advection equations ruling the evolution of concentrations and temperature coupled to Navier Stokes equation, written in a Hele Shaw approximation.

The classical kinetic model is represented by a system of ordinary differential equations (ODE) simulating the evolution of concentrations of metabolites: (1) d c / dt = N   v (c, p ) here c = {c1, c2,..., cm} is the vector of m metabolite concentrations described by the model.

The reactor model has been compared with experimental data, being able to reproduce the evolution of the concentration of viable bacteria under different bacteria initial concentrations and irradiation levels.

The evolution of the concentration of H2O2 was studied by semiquantitative method using MQuant peroxide test strips (see Table 1 ) with the concentration of remaining H2O2 in the aqueous solution determined to be 5 ± 2%.