DYNAMICS OF SUPERCOOLED MOLTEN-SALTS

For the density modes of a supercooled multi-component liquid a closed set of non-linear integro-differential equations is derived within the mode-coupling approximation. Its solution requires all partial static structure factors as input information. The scope of the theory is demonstrated by studying the solutions of strongly simplified equations-of-motion representing a schematic model of both a molten salt near the glass transition and a glassy ionic conductor.