Abstract
The relation between the liquidus and cationic field strengths in binary and ternary oxide systems was studied. In binary systems, lowering of the melting point of an oxide due to the presence of a second oxide as indicated by the appropriate liquidus curve is a function of the ionic potential of the cation of the second oxide. The liquidus curve shows that solubility of an oxide in a binary melt is approximately proportional to the difference in the reciprocals of the ionic potentials of the cations of the two components.
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