Sentence examples for simulation of extraction from inspiring English sources

According to the theory of HF-LLLME with osmosis, single factor experiments, orthogonal design experiments and mass transfer simulation of extraction process were carried out to select the optimal conditions.

Without any additional optimization or curve fitting, almost all the patterns of S-parameters between the measured and the simulation of extracted data implemented with the extraction macro are less than 5%.

A bivariate population balance model (the base of LLECMOD program) for the steady state simulation of liquid extraction columns is extended to simulate pulsed (packed and sieve plate) extraction columns.

From this result, the extraction curve was plotted as a function of time and simulation of the extraction process was performed using two models available in the literature, which are based on differential mass balances for the solid and fluid phases.

As UNIFAC is not accurate in the simulation of mesitylene extraction (Kraemer et al. 2011) (Table 1), it was simulated with a constant distribution coefficient of butanol, acetone, and ethanol of 2.2, 0.83, and 0.1 (Kraemer et al. 2011), respectively.

As a first step, a rigorous model for dynamic simulation of an extraction process is developed.

Response surface methodology was employed to develop the predictive model for optimization and simulation of the extraction process.

Simulation of light extraction with embedded photonic structures consisting of SiO2 pillar and [27] emission profile with surface patterning [19] have been done for GaN-based LEDs sample.

The latter two methods are applied to SMD data taken from a simulation of the extraction of a lipid from a phospholipid membrane monolayer.

In this work, a generalized model (based on a reduced number of pseudo-components and the NRTL model) for estimation of activity coefficients is applied to the simulation of the extraction process of aromatics by furfural from a highly paraffinic Argentinian lubricating oil.

The simulation of liquid liquid extraction columns based on a droplet population balance approach provides a useful means for getting more insight into the transient and the steady state behavior of such an extremely important unit operation.