Sentence examples for better atomization from inspiring English sources

(1) The liquid jet breakup characteristics are strongly affected by the cavitation extent inside nozzle and better atomization characteristics are obtained on the side where cavitation is more promoted.

Lower viscosity of CNSBD and hexanol blend aids better atomization of fuel droplets and generates higher dispersion rate leading to improved combustion rate (lower ignition delay) and thereby reducing the temperature in the combustion chamber (Sundar and Saravanan 2011; De Poures et al. 2017).

In terms of oil composition, decreasing the content of unsaturated fatty acids (to increase oxidative stability), free fatty acids (to prevent soap formation and to increase the yield of biodiesel), and 18-carbon fatty acids (to lower the viscosity for better atomization of the biodiesel) would help to improve the quality of jatropha biodiesel.

The air spray gun give you the best atomization result, with medium volume air pressure.

"We may well see a dispersal of office supplies procurement to better address the atomization of the corporate structure," says Stark & Stark law firm shareholder Bill Singer.

These calculations are beneficial to better understand the underlying atomization mechanism in the cold kerosene-fueled supersonic flow and hence provide insights into scramjet design improvement.

The criterion and the method proposed may build a foundation for the better design of ultrasonic atomization liquid desiccant dehumidification system.

Moreover, modifiers used during GFAAS stabilize the elements during the graphite furnace cycle and permits increase in the charring and atomization temperature allowing a better separation of the elements from interferences (Blake and Bourqui 1998).

The simulation results obtained in this study can provide the evidences for better understanding the underlying mechanism of kerosene atomization in cold supersonic flow and scramjet design improvement.

No matrix effect was observed at any atomization temperature using the transversely heated atomizer; in addition, limits of detection were better than those observed with the longitudinally heated atomizer.

The sample to be examined was evaporated in an atomization apparatus and transformed into atomic condition.