Sentence examples for of charged jets from inspiring English sources

In addition, numerical simulations for nanofluid [26] were presented to research the dynamics of charged jets.

We develop a dynamic mesh-refinement method for the numerical study of the electro-hydrodynamic behavior of charged jets using discrete element methods.

In these approaches, the magnetic field affects the movements of charged jet to get fibers with different arrangements and to control instability in electrospinning.

The non-linear relation between the current of charged jet and the applied voltage is an intriguing and enduring problem.

A modified equation for charge conservation in electrospinning is suggested, and a nonlinear relation between the electric current of charged jet and the solution flow rate is obtained.

Some groups, for example, Reneker and Chun [30], reported that the applied voltage has no significant effect to an electrospinning of the nanofibers made of poly ethylene oxide)s, while some groups, for example, Yuan et al. [31], suggested that an increase of applied voltage results in an increment of electrostatic repulsive force on charged jet.

The results demonstrate how the external electric fields and mutual electric interaction of multiple charged jets influence their path and evolution during electrospinning.

Qualitative arguments, parameter studies as well as numerical simulations, show that the elongation of the charged jet filament is significantly reduced in the presence of a non-zero yield stress.

In this study, the evaporation rate and solidification of the charged jet were controlled by varying the relative humidity during electrospinning of poly ethylene oxide) from aqueous solution.

The route of the charged jet is controlled by the electric field.

As the relative humidity increased, the solidification process became slower, allowing elongation of the charged jet to continue longer and thereby to form thinner fibers.