Sentence examples for mass flux controlled from inspiring English sources

The results obtained show that pintle nozzles offer great potential in terms of fuel mass flux controlled by variable nozzle geometry.

The model was used to reconstruct the basin water cycle over 28 years to understand and quantify the mass fluxes controlling its hydrological regime.

The particle mass flux was controlled by a valve in the inclined pipe.

The trans-membrane mass flux is controlled by the boundary layer heat transfer of both fluid channels.

Nonetheless he becomes a creature in unending flux, controlled by unknowable forces.

Results indicate that in the systems studied, the relationship between DNAPL mass reduction and contaminant mass flux was primarily controlled by the NAPL architecture.

To be robust against the shock anomaly and the expansion shock at high speeds, it controls the coefficients of the density perturbation in the numerical mass flux instead of controlling those of the pressure perturbation like the RoeM-type schemes.

All three figures lead us to conclude that the parameters Gr, Pr, and Q have significant contributions in regulating the amount of total discharge of fluid through the annulus and they may be adjusted conveniently to control the mass flux.

As the source mass flux has a strong control on the plume height (Morton et al. 1956; Wilson et al. 1978; Sparks 1986; Woods 1988; Sparks et al. 1997; Mastin et al. 2009; Degruyter and Bonadonna 2012; Woodhouse et al. 2013) there is also a correlation between the number of discharges observed by ATDnet and the source mass flux estimated by Gudmundsson et al. (2012) (Fig.  3c).

While the appropriate length scale for the plume at the vent may differ from the crater size, the results are not greatly affected by the choice of radius of the plume at the source as, for buoyant plumes, increasing the source radius can be compensated by decreasing the source velocity since the source mass flux has the dominant control on the plume height (Sparks et al. 1997).

Coupling a physical chemical remediation process that removes significant contaminant mass with a bioremediation "polishing step" to control the contaminant mass flux emanating from remaining DNAPL may provide a synergism that cannot be obtained with existing remediation strategies.