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The high velocity jet of solution resulted in a mass transport coefficient up to ca. 0.48 cm/s.
The jet of solution electrospinning has the virtue of low viscosity and is easy to obtain nanofibers with diameter less than 100 nm.
Even in the experiments reported herein where Ca-free solutions were introduced, a small amount of Ca2+ would be present due to the dissolution of calcite in the area where the undersaturated (with respect to calcite) jet of solution meets the surface.
A flow cell using an impingent jet of solution on the electrode surface was build and used for amperometric detection, and a series of experiments were carried out to find the best experimental conditions for the new electrode in a specially designed cell.
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In general, when high voltage is applied during the electrospinning process, Taylor cone formation becomes stable, and then, the columbic repulsive force within the jet of spinning solution makes the viscoelastic solution extended.
When a fluid jet of PS solution is exposed to humid environment, the polymer solution undergoes phase separation into polymer-rich and solvent-rich regions.
The voltage difference causes a jet of the solution to stream from syringe to electrode.
When the applied electric field overcomes the surface tension of the droplet, a charged jet of polymer solution is ejected.
The electric force results in an electrically charged jet of polymer solution flowing out from a pendant or sessile droplet.
Electrospinning can produce continuous nanofibers from submicron diameter scale down to nanometer diameter scale through an electrically charged jet of polymer solution [8, 9, 10, 11, 12, 13].
Electrospinning is a fiber forming process, where a high voltage is used to create an electrically charged jet of polymer solution or melt from the needle.
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