Speaker
Description
The dynamics of laser wakefield acceleration processes are strongly coupled to the underlying plasma density profile, which, in turn, directly scales with the target’s initial gas density distribution. Hence, a precise and reliable characterization of gas targets is an indispensable prerequisite for optimizing the performance of plasma-based accelerators. We present a comparative study of gas target characterization methods employing light sources across different wavelength regimes. Several de Laval nozzles generating gas jets with densities ranging from 10^17 to 10^19 cm^-3 were investigated. By integrating diagnostics across multiple regimes, we aim to develop a comprehensive understanding of important gas target characteristics, facilitating improved control over accelerating and matching conditions in plasma-based accelerator experiments. Additionally, further ideas for improved data collection and analysis are discussed.
