Sentence examples for spray flux from inspiring English sources

Thus, it was proposed that instability of the spray flux distribution should be considered in the pressurizer.

To keep dimensionless spray flux and drop penetration time constant, water addition time at three processing scales were 300, 442, and 700 s, respectively.

Standard methods were successfully used to characterize the process parameters (spray drop size, spray geometry and powder surface velocity) for calculating the dimensionless spray flux.

Several typical spray flux distributions were derived and the results indicated that the flux distribution changes significantly with even small pressure changes.

An experimental study on the spray characteristics, including mass flow rate, spray flux distribution, spray cone angle and drop size spectrum, was conducted.

Airborne spray flux distributions have been calculated from ensemble-averaged particle trajectories predicted by two random-walk models (i.e. with and without temporal correlation).

Dimensionless numbers for spray fluxes are useful to identify operating regimes and to steer optimisation efforts.

The model depends on a limited number of parameters (most of these factors can be measured or are known): the spray volume flux, the nucleation fraction (the fraction of the spray volume flux which leads to new particles formed), the nucleation particle diameter, the product withdrawal threshold diameter, and the product withdrawal rate.

In direct injection combustion systems, the spray momentum flux measurement can provide significant insight in the fuel jet development and the in-cylinder fuel-air mixing potential.

Comparisons include exhaust gas temperature, droplet velocities and corresponding fluctuations, droplet mean diameters and spray volume flux at different distances from the exit planes.

The spray momentum flux can be determined by means of the impact force method, which was proved to be completely consistent when the basic measuring hypotheses are fulfilled, i.e. during the steady phase of the injection process.