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The paper discusses experiments, modeling, and uncertainty assessment radiative shocks produced by using high-power lasers to launch a thin Be plate into Xe gas at >100 km/s.
Shock waves driven above a threshold velocity near 100 km/s become strongly radiative, converting most of the incoming energy flux into radiation. We produce such shock waves in Xe or Ar by using a laser to shock, ionize, and accelerate a Be plate into a gas-filled shock tube. Structure develops in these systems due to both radiative energy transfer and hydrodynamic instability. We are conducting...
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