Add to ORKGWe describe in this paper the design of a miniature shock tube (smaller than 1 cm3) that can be placed in a vacuum vessel and allows transverse optical probing and longitudinal backside XUV emission spectroscopy. Typical application is the study of laser launched radiative shocks, in the framework of what is called "laboratory Astrophysics"
International audienceRadiative shocks are high Mach number shocks with a strong coupling between ra...
In the framework of the Laboratory Astrophysics, we present new radiative shocks experiments perform...
In this paper, experimental results on radiative shocks generated by a high power laser in a xenon g...
International audienceWe describe in this paper the design of a miniature shock tube (smaller than 1...
International audienceRadiative shocks are strong shocks characterized by plasma at a high temperatu...
International audienceRadiative shocks are high Mach number shocks with a strong coupling between ra...
In the framework of the Laboratory Astrophysics, we present new radiative shocks experiments perform...
In this paper, experimental results on radiative shocks generated by a high power laser in a xenon g...
International audienceWe describe in this paper the design of a miniature shock tube (smaller than 1...
International audienceRadiative shocks are strong shocks characterized by plasma at a high temperatu...
International audienceRadiative shocks are high Mach number shocks with a strong coupling between ra...
In the framework of the Laboratory Astrophysics, we present new radiative shocks experiments perform...
In this paper, experimental results on radiative shocks generated by a high power laser in a xenon g...