Advanced Spectroscopic Studies of Nanosecond Pulsed Microplasmas
Abstract:
Advanced spectroscopic techniques have been developed in the PIs laboratory, which facilitates the training for the next generation researchers to conduct low temperature plasma science research. These include spatiotemporally resolved optical emission spectroscopy, laser induced fluorescence to measure gas phase OH, Thomson laser scattering for electron property measurements for atmospheric pressure, weakly ionized plasmas. In addition, diagnostic techniques in liquid phase have also been explored including the high resolution respirometry derived or the use of a chemical dye in combination with photospectrometer approaches to measure OHaq production of ns-pulsed plasma jet impinging on water.