Abstract
In this study, particle velocities and stresses in solid phase carbon dioxide were measured for pressures up to 500 MPa, using the split Hopkinson pressure bar method and the plate impact method. The particle velocities were measured using the electromagnetic induction method, while the stresses were measured using Polyvinylidene fluoride gauges. The shock Hugoniot is obtained mainly by employing the impedance match method. Also, some macroscopic change of the granular structure under shock loading was observed. The experimental results indicate that a transition from the shock compression curve to the isothermal compression curve occurs at around 110 MPa.
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