Wetting of solid oxide electrolytes and In2O3 BY liquid indium

Thermodynamic modeling of the In–Pt system

“…Recently, the decomposition temperature of the compound In 2 Pt at 1123 K [18], 947 K [5,19] was questioned by several researchers [23][24][25][26]. Jandova and Jakes [23] reported the existence of In 2 Pt at 673 K. In the studies of the ternary Pt-In-P and Pt-In-As systems the binary In 2 Pt phase was stable at 873 K [24,25].…”

“…Jandova and Jakes [23] reported the existence of In 2 Pt at 673 K. In the studies of the ternary Pt-In-P and Pt-In-As systems the binary In 2 Pt phase was stable at 873 K [24,25]. Patrone et al [26] investigated the low-temperature stability of In 2 Pt using various annealing experiments and differential thermal analysis (DTA) and reported that the eutectoid decomposition of In 2 Pt at 947 K [19] did not exist and that In 2 Pt was stable down to a temperature of at least 673 K. In the In-Pt phase diagram reviewed by Okamoto [6], the compound In 2 Pt was stable down to room temperature based on the experimental results of Patrone et al [26].…”

Phase formation and diffusion soldering in Pt/In, Pd/In, and Zr/Sn thin-film systems

“…6b, which was also questioned in other works. [31][32][33] Additional investigations will be necessary to confirm the (Au,Pt)In 2 solution phase and its temperature stability range.…”