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A high intensity laser-solid interaction invariably drives a non-thermal fastelectron current through the target, however characterizing these fast electrondistributions can prove difficult. An understanding of how these electronspropagate through dense materials is of fundamental interest and hasapplications relevant to fast ignition schemes and ion acceleration. Here, weutilize an upgraded version of the Hybrid code ZEPHYROS to demonstrate how theresulting k-alpha emission from such an interaction can be used as a diagnosticto obtain the characteristic temperature, divergence and total energy of thefast electron population.

Using k-alpha emission to determine fast electron spectra using the Hybrid code ZEPHYROS