Taylor Cone - an overview | ScienceDirect Topics
When electrostatic repulsion of charged solution overcomes the surface tension, a cone-like structure forms the so-called “ Taylor cone ”. Furthermore, the Taylor cone elongates into a thin fiber and extends towards the collector plate with evaporation of the solvent.
Taylor Cone - an overview | ScienceDirect Topics
Changing the shape of relatively small charged fluid droplets under an electric field, from a sphere to an ellipsoid, is known as the Taylor cone. In the Taylor cone, there is a sharp point at the tip of the cone, so this concentrates electric forces.
A Very Stable High Throughput Taylor Cone-jet in ... - Nature
Dec 5, 2016 · In electrohydrodynamics, the well-known Taylor cone-jet has a stability margin within a certain range of the liquid flow rate (Q) and the applied voltage (V). Here, we introduce a simple...
liquid body acquires a conical shape referred to as the Taylor cone, having a half angle of 49.3°. In the present work we show that the Taylor cone corresponds essentially to a specific self-similar solution, whereas there exist nonself-similar solutions which do …
Taylor Cone - an overview | ScienceDirect Topics
In 1969, Taylor published his work examining how the polymer droplet at the end of a capillary behaves when an electric field is applied [4]. In his studies he found that the pendant droplet develops into a cone (now called the Taylor cone) when the surface tension is balanced by electrostatic forces. He also found that the fiber jet is emitted ...
Taylor cone - wikidoc
A Taylor cone refers to the cone observed in electrospray and hydrodynamic spray processes from which a jet of charged particles emanates above a threshold voltage. Aside from electrospray ionization in mass spectrometry the Taylor cone is important in colloid thrusters used in fine control and high efficiency (low power) thrust of spacecraft.
The Fluid Dynamics of Taylor Cones | Annual Reviews
The formation of cone-jets in charged liquids with electrical conductivities larger than 10 −4 S/m is reviewed for steady supported menisci and transient Coulomb fissions in charged drops. Taylor's hydrostatic model does not apply strictly, but it forms the basis for subsequent developments.
Once the electric traction overcomes surface tension, a Taylor Cone-like liquid structure could appear. It is clear that a Taylor Cone is a highly idealized situation in which no flow and perfect electric relaxation are assumed.
Taylor cone - chemeurope.com
A Taylor cone refers to the cone observed in electrospray and hydrodynamic spray processes from which a jet of charged particles emanates above a threshold voltage. Aside from electrospray ionization in mass spectrometry the Taylor cone is important in colloid thrusters used in fine control and high efficiency (low power) thrust of spacecraft.
V0053: Stability inside the Taylor cone - American Physical Society
These experiments show the existence of both symmetric and asymmetric flow field inside the Taylor cone. It also demonstrates that multiple flow patterns are possible inside the Taylor cone subjected to fluid properties and operating conditions.
- Some results have been removed