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The aim of this work is to investigate the effects of customized electrodeson the electron heating dynamics of the COST-Jet. The COST-Jet is operated withan applied sinusoidal alternating voltage of 13.56 MHz. With the help of phaseresolved optical emission spectroscopy (PROES), the electron heating dynamicsin the plasma discharge for customized electrodes, gas mixtures and appliedvoltage amplitudes are examined. The absolute densities of atomic oxygen arethen examined using two photon laser induced fluorescence spectroscopy (TALIF)in order to obtain information on the production of reactive particlesdepending on the different electrode materials and structures.

Investigation of the effects of customized electrodes on capacitively  coupled radio frequency microplasma jets using emission spectroscopy and  laser diagnostics