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We report the solid-liquid phase equilibria on the (GdBCO) stability phase diagram in low oxygen pressures () ranging from 1 to 100 mTorr. On the basis of the GdBCO stability phase diagram experimentally determined in low oxygen pressures, the isothermal sections of three different phase fields on log vs. 1/T diagram were schematically constructed within the ternary system, and the solid-liquid phase equilibria in each phase field were described. The invariant points on the phase boundaries include the following three reactions; a pseudobinary peritectic reaction of + liquid (), a ternary peritectic reaction of + liquid (), and a monotectic reaction of . A conspicuous feature of the solid-liquid phase equilibria in low regime (1 - 100 mTorr) is that the GdBCO phase is decomposed into or rather than well-known in high like air.

han'gug chojeondo jeoon gonghaghoe nonmunji/han-guk chojeondo jeoon gonghakoe nonmunji

Solid-liquid phase equilibria on the GdBa2Cu3O7-δstability phase diagram in low oxygen pressures (1 - 100 mTorr)