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The local order units of dense simple liquid are typically three dimensional(close packed) clusters: hcp, fcc and icosahedrons. We show that the fluiddemonstrates the superstable tetrahedral local order up to temperatures severalorders of magnitude higher than the melting temperature and down to criticaldensity. While the solid-like local order (hcp, fcc) disappears in the fluid atmuch lower temperatures and far above critical density. We conclude that thesupercritical fluid shows the temperature (density) driven two stage "melting"of the three dimensional local order. We also find that the structurerelaxation times in the supercritical fluid are much larger than ones estimatedfor weakly interactive gas even far above the melting line.

Two stage order-disorder transformation in simple monatomic supercritical fluid: superstable tetrahedral local order