Abstract
AbstractDynamic deformation of solid materials by shock‐waves is described qualitatively in terms of bifurcation theory. The onset of shock‐wave metamorphoses like formation of planar elements, diaplectic glasses and high‐pressure phases is therefore caused by branching of lattice atoms and the bifurcation of physical states respectively. An evidence is given by the discussion of photoelectron spectra of recovered shock treated enstatite.
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