Abstract
The T vs composition phase diagram of the alloy system Cd 2 x (CuIn) y Mn 2 z Te 2 ( x + y + z = 1) was investigated in the range 0 < z < 0.80 by differential thermal analysis and X-ray diffraction measurements. Samples were prepared for various lines of constant x y ratio and the T( z) data determined for each line. From the values of lattice parameters determined for all samples, the limits of single-phase solid-solution were estimated. In addition to liquidus and solidus curves, the zinc blende-chalcopyrite and Mn-disordered-Mn-ordered transition lines were determined, these phase fields being the ones of interest in the measurements of optical energy gap and magnetic properties.
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