"Corona discharge from electrospinning jet of poly (ethylene oxide) sol" by Sureeporn Tripatanasuwan and Darrell Reneker
 

Polymer Science Faculty Research

Title

Corona discharge from electrospinning jet of poly (ethylene oxide) solution

Document Type

Article

Publication Date

4-9-2009

Abstract

Corona discharges from electrospinning jets were observed and photographed at the tip of the Taylor cone, and in a cylindrical region around the jet, a few millimeters below the tip. The corona discharge was also faintly visible to a dark adapted eye. At the position at which the cylindrical corona discharge became apparent, typical conditions were a jet diameter of 30 μm, an applied potential of 12 kV, and a calculated radial electric field of 400 kV/cm, The calculated electric field required to create a corona in air around a metal wire of the same diameter, calculated from Peek's empirical formula, was only about 200 kV/cm. The cross sectional shape of some segments of the electrospun fibers had two or three lobes. The lobes often separated, and formed smaller fibers.

Publication Title

Polymer

Volume

50

Issue

8

First Page

1835

Last Page

1837

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