Abstract
The goal of this paper is twofold: first, we demonstrate shock generation with ultra-short (24 fs) and low-energy (J) laser pulse, following the energy deposition in the target by fast electrons; second, we show that such shocks can be used to provide information on compressed matter. For a target with thickness we have clearly inferred the formation of a shock wave with pressure . We have also measured the color temperature of the emitting target rear side at breakout time , which is in good agreement with predictions from equation-of-state models (SESAME tables) and hydrodynamic simulations.
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