This study sought to examine pressure, droplet size classification, and nozzle arrangement effects on droplet number density on horizontal artificial collectors using a fixed application rate.
By inserting wire screens and elongating the burner-nozzle length, effects of the velocity turbulence of the unburned mixture on the acoustic characteristics and the source strength distribution of combustion noise were studied experimentally by measuring the correlation between the optical emission of chemical radicals and the acoustic pressure.
The application of this method is described and results are presented to show the effect of nozzle geometry and the effect of mean flow on the radiation impedance of the duct-nozzle system.
An experimental investigation of an ejector refrigeration system was conducted to determine the effects of nozzle size, axial nozzle location, high-temperature evaporator temperature, and refrigeration temperature.
In summary, the effects of nozzle configuration on in-nozzle flow and near-nozzle fuel jet were revealed with more fundamental understanding of the primary breakup process of flash boiling sprays.
Trancossi et al. [62] have also produced a new Coanda effect nozzle expressly designed for fast transient behaviour.
In particular, subsequent to investigating the stability problem, the project has integrated the Coanda effect nozzle with a dielectric barrier discharge (DBD) to increase the stability of the system, as defined by Cattafesta [9] and improved by Xisto [10].
The forwarding of charge in electrospinning is because of polymer flow towards the collector and the polymer mass flow from the nozzle has direct effect on decreasing or increasing the current.
The power extracted from channels mainly depends on the velocity of the in-stream water flow, thus the geometrical parameters of the nozzles have major effects on the flow patterns and velocity.
In the present work, two models were developed to simulate the phenomena involved in the process: supersonic flow acceleration in a nozzle, flow swirling effect, centrifugal separation of liquid and gaseous phases in the last straight pipe.
