Sentence examples for solving concentration from inspiring English sources

Moreover, a remarkable property so-called positive scheme for the proposed method is observed in solving concentration transport phenomena.

"Embracing a new activity that also forces you to think and learn and requires ongoing practice can be one of the best ways to keep the brain healthy". Research has shown that regular physical exercise is one way to improve cognitive functions like memory recall, problem solving, concentration, and attention to detail.

In each time step, the simulator first solves the pressure equation (Eq. 7) implicitly and then solves concentration equations for each component (Eq. 1) explicitly using a third-order scheme with a flux limiter.

The paper refers to an attempt to evaluate the air pollutant distribution around a building by solving the concentration equation based on the previously simulated wind flow field.

The mass transfer is computed by solving the concentration equation with an adapted modeling of the solubility (Haroun et al., 2010b).

In the mixture model, particles are taken into account by adding a term in the momentum conservation equation and solving the concentration equation.

For polydisperse suspensions containing particles of different sizes, the above approach can easily be extended by solving one concentration equation for each particle size and corresponding settling velocity (Nasr-Azadani and Meiburg 2014).

She not only keeps going, but her dogged problem-solving concentration also makes it clear that the thought of quitting doesn't enter her mind.

A much-rumored combination of T-Mobile with third-ranking Sprint doesn't really solve the concentration problem, since it still reduces the field to three and, at least by my back-of-the-envelope calculation of the HHI, would also violate the merger guidelines.

The solved Al III tot concentration was ≤ 10−5 M in the pH range 5.0 9.3 after suspending gibbsite during 24 h in NaClO4 solutions (I0: 01. and 0.01 M) and reached 10−3 M at pH 11.5.

A 1-D geometry was determined to be sufficient to accurately solve the concentration profiles.