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are self-similar and the dependence of the strain rate at the compression wave front on the wave amplitude has the form of a power law relation with the exponent of 3.2 for water [1] and of about 4 for glycerol which is close to the values obtained for metals [3] [5]. This power law relation can be related to the non-newtonian behavior [4]. We have observed multiple (up to 15) reverberations in the spall plate. Also we have observed change of refraction index of glycerol in the area close to the exploded wire. We can conclude that in glycerol the spall plate exists for longer time and dissipation of the acoustic wave is low.We suppose that for the investigated range of strain rates the non-Newtonian behavior is related to the plastic ow

Pulse loading of glycerol by electric explosion of wire