Time-resolved X-ray diffraction on laser-shocked MgO reveals nanosecond plasticity and a shift from {110} to {100} slip between 95 and 175 GPa, inferred via self-consistent crystal plasticity models.
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Nanosecond timescale plasticity in shock-compressed polycrystalline MgO: evidence for transition in mechanism above 100 GPa
Time-resolved X-ray diffraction on laser-shocked MgO reveals nanosecond plasticity and a shift from {110} to {100} slip between 95 and 175 GPa, inferred via self-consistent crystal plasticity models.