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Solid samples of (Ge 15 Te 85 ) l-k Sn k  and (Sn k Ge l−k ) 15 Te 85  ternary alloys with different tin concentrations were obtained from the liquid state at different initial temperatures (T 0 ) by the splat cooling technique. They were analized by X-ray diffraction and Mössbauer spectroscopy. The results were compared with results obtained in similar studies on slowly cooled and annealed samples. The previous observation that increasing tin concentration renders the formation of the amorphous phase more difficult, is confirmed. For a fixed k, and T 0  &lt; 800 °C, the higher T 0  the easier the glassy phase is obtained. This behaviour reverses for T 0  &gt; 800 °C.

Glass Forming Ability of GeTeSn with Tin Concentration and Initial Conditions