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Laser-based ion acceleration is driven by electrical fields emerging whentarget electrons absorb laser energy and consecutively leave the targetmaterial. A direct correlation between these electrons and the accelerated ionsis thus to be expected and predicted by theoretical models. We report on amodified wide-angle spectrometer allowing the simultaneous characterization ofangularly resolved energy distributions of both ions and electrons. Equippedwith online pixel detectors, the RadEye1 detectors, the investigation of thiscorrelation gets attainable on a single shot basis. In addition to firstinsights, we present a novel approach for reliably extracting the primaryelectron energy distribution from the interfering secondary radiationbackground. This proves vitally important for quantitative extraction ofaverage electron energies (temperatures) and emitted total charge.

A novel approach to electron data background treatment in an online wide-angle spectrometer for laser-accelerated ion and electron bunches