| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 727126 | Journal of Electrostatics | 2011 | 4 Pages |
The development of a new driven circuit that can drive a parallel-plate dielectric barrier discharge with flowing helium at atmospheric pressure is presented. The operating principle is based on the capability of a Tesla coil to generate high voltages with high oscillating frequencies. The discharge is generated inside a one open end parallelepipedic plasma chamber made of glass, using two outside parallel-plate electrodes. Depending on the helium flow-rate the plasma has three developing stages. In the homogeneous developing stage (1 l/min helium flow-rate) the plasma is characterized by using an electric model and based on its emission spectrum.
►A new driven circuit that can generate a dielectric barrier discharge is presented. ►The operating principle is based on the Tesla coil characteristics. ► The running frequency is of 1.6 MHz. ► The working gas is flowing helium at atmospheric pressure. ► The discharge is characterized based on an electric model and its emission spectrum.
