Abstract
Polycrystalline alloys in the Cu-In-Se ternary system of specified compositions are synthesized using an original silica apparatus designed by the authors and the temperature-time conditions also specially chosen for this synthesis. The region of existence of CuInSe2-based solid solutions in the Cu-In-Se system, the temperature of the polymorphic transformation of the CuInSe2 compound from the chalcopyrite modification into the sphalerite modification, and the melting temperature of the sphalerite modification are determined experimentally.
Published Version
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have