Abstract:
We describe a method for accelerating a thin ($\sim$1 mm thick) striker with a diameter of 35 mm in a shock tube channel up to velocities above to $\sim$275 m/s under the pressure of detonation products of acetylene–oxygen fuel mixture. Impact of this striker on a $\sim$1-cm-thick water layer generates a nonstationary decaying shock wave (Taylor wave) with amplitude of $\sim$0.2 GPa on escape from the free surface.