Abstract
Kinematic electron diffraction was used to study the crystallization processes of amorphous CuIn5Te8 films obtained under normal conditions and under the influence of an external electric field with a strength of 500 V · cm-1. Isothermal curves of phase transitions are examined and the kinetic parameters of phase transformations are determined: the dimensions of crystal growth and of activation energies are established. It is shown that during the crystallization of amorphous CuIn5Te8 films, the rates of nucleation and their further growth follow the Arrhenius relations. Keywords: electronographic structural analysis, thin films, crystallization isotherms, activation energy.
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