Sentence examples for by applying a mathematical from inspiring English sources

Then by applying a mathematical model, kinetic parameters were determined.

Furthermore, unlike the situation in Lines International where PSA had to exercise judgment in weighing up various factors to determine whether a cruise ship should be allocated berthing space, once the Registrar had decided to adopt the Customs OMVss, the ARFs were determined by applying a mathematical formula.

We present a method for producing isopach maps objectively by applying a mathematical fitting model to tephra thickness data.

By applying a mathematical model of diffusion and reaction solved at steady-state conditions (Yarmush et al., 1992) to PHH MPCCs (Fig. 3A; supplementary material Fig. S3), it was estimated that the typical cell surface pO2 when cultures are incubated at normoxia ranges from 110 to 130 mmHg (Table 1).

And by applying a mathematical model across all the cells in the study, it was discovered that whenever one basal progenitor cell committed to a particular fate, another progenitor cell duplicated itself: however, this balancing process happened in a random manner across a large number of cells, and not at the level of individual progenitor cells.

The G4M spatially combines ZTD, P, and T 1D data originating from networks with different locations and spacing by applying a simplified mathematical model describing the atmospheric P and T distributions.

The internal O2 concentration of the designed packages could be predicted for the different steps of the simulated distribution chain by applying an integrated mathematical system.

To assess the impact of bldA mutation on proteins expressed at different growth phases in the parent strain, the 336 proteins were grouped into one of six temporal expression pattern classes by applying a set of simple mathematical rules (see Methods).

Fractal geometry, pioneered by physicist Benoit Mandelbrot, has been used to model many seemingly complex natural structures, from snowflakes to the branching patterns of streams, by repeatedly applying a simple mathematical formula.

In this paper, we try to address this comprehensive approach by using indicators for measurement of aforementioned aspects and by applying fuzzy mathematical programming to design a multi-echelon multi-period multi-objective model for a sustainable reverse logistics network.

From (24a) and (24b), it is observed that by applying the mathematical framework of EM, an alternative way to choose the complete data, defined as ψ in this scheme, is by decomposing the observed data y into its signal components.