Liquid is sprayed from a capillary tube and further disperses into fine drops in various
means, when subjected to an externally electric field, where the process of liquid jet …

Electric field has the potential to influence the combustion characteristics of hydrocarbon
fuel. In this paper, the atomization and combustion characteristics of the droplets of biodiesel …

Effective recognition and prediction of spraying patterns for electrohydrodynamic (EHD)
process are extremely important for its applications in high quality micro/nanoparticles …

Electrohydrodynamic (EHD) atomization is a physical process, in which a liquid subjected to
an external strong electric field and pumped through a capillary tube, disintegrates into …

In present work, a dispersion equation describing electrohydrodynamic (EHD) instability of a
low viscous electrified jet was derived, where the Naiver-Stokes equations combined with …

Establishing a clean, low-carbon, and efficient energy system is paramount for the
sustainable development of industries and human society. Multiphase flows are …

In this study, we focus on investigating the hydrodynamics mechanism of recirculation cells
(RCs) inside the Taylor cone. Based on the flow fields quantitatively obtained in numerical …

In present work, the effect of the electrical conductivity on the steady cone-jet electrospray
are experimentally investigated, where the operating diagram and the jet breakup instability …

Various means for manipulating droplets based on pressure, magnetic, optical, or other
external fields have emerged. Despite the remarkable progress, the existing modalities of …

Traditional methods of weed control during field management often result in herbicide
waste. Precision herbicide application is crucial in agricultural production. This study …