Abstract
High pressure high temperature studies of Co(NO 3) 2·6H 2O and AgNO 3 show isobaric first and second order changes in electrical resistance at the melting point and in the liquid field. The loci of corresponding data points plot as smooth curves representing the liquidus and/or boundaries believed to be associated with stages of decomposition (1), or with liquid-liquid allotropy. Back extrapolation of the lower temperature boundaries in these materials intersects known atmospheric pressure elevated temperature data points.
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