The high energy density of liquid fuels creates a great opportunity to develop combustion
based micro-power generation systems to meet increasing demands for portable power …

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 …

Due to the nature of complex multiphysics of electrohydrodynamic atomization (EHDA)
system and the strong nonlinear relationship between process variables and droplet …

Electrohydrodynamic jet printing is a highly promising technology for the fabrication of three-
dimensional micro/nanoscopic structures, but the advancement of this technology is …

The preparation and energy release mechanism of highly reactive n-Al/F-polymer
metastable intermixed composites are both desirable and challenging. In this study, we …

Electrospray in the cone-jet regime could produce highly charged and fine monodisperse
drops, and further disintegrates into nanoscale drops, even ions due to synergism of …

One of the most interesting spraying modes is cone-jet in which the meniscus takes on the
form of a cone extended at its apex by a jet whose breakup gives rise to the fine drops. The …

Over the last two decades, the dimensions of electromechanical systems have decreased to
micro, even nano scale, as well as the capacity of these systems has increased, leading to …

A cone-jet regime in electrohydrodynamic atomization (EHDA) is widely applied into
printing, electro-spinning, spray-coating, and biological mass spectrometry. Regulating …

Engineered fluid HFE-7100 is an outstanding detergent and coolant with excellent thermal
and chemical stability. Electrohydrodynamic jet disintegration and subsequent droplet …