Numerical study of the electron dynamics in radio-frequency plasmas at atmospheric pressure
2011 Abstracts IEEE International Conference on Plasma Science, 2011•ieeexplore.ieee.org
Summary form only given. The dynamics of electrons plays an important role for the
behavior of radio-frequency driven discharges, particularly at high pressures. The electron
dynamics itself is highly driven by the dynamics of the plasma boundary sheath. In this work
we study a radio-frequency driven atmospheric pressure plasma jet which is frequently
employed as an efficient plasma sources for surface modification. We concentrate on
secondary electron effects and excitation mechanisms in Helium/Oxygen mixtures by means …
behavior of radio-frequency driven discharges, particularly at high pressures. The electron
dynamics itself is highly driven by the dynamics of the plasma boundary sheath. In this work
we study a radio-frequency driven atmospheric pressure plasma jet which is frequently
employed as an efficient plasma sources for surface modification. We concentrate on
secondary electron effects and excitation mechanisms in Helium/Oxygen mixtures by means …
Summary form only given. The dynamics of electrons plays an important role for the behavior of radio-frequency driven discharges, particularly at high pressures. The electron dynamics itself is highly driven by the dynamics of the plasma boundary sheath. In this work we study a radio-frequency driven atmospheric pressure plasma jet which is frequently employed as an efficient plasma sources for surface modification. We concentrate on secondary electron effects and excitation mechanisms in Helium/Oxygen mixtures by means of self-consistent plasma simulations.
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