The relaxation of electrophysical properties of mct epitaxial films after influence of a high frequency nanosecond volume discharge in atmospheric pressure air
The experimental results of the investigation of the influence of a high-frequency nanosecond diffuse discharge in atmospheric pressure air on the electrophysical properties of MCT epitaxial films are presents. An analysis of the magnetic field dependencies of the Hall coefficient showed that as a result of irradiation a high-conductivity layer of n-type conductivity forms in the near-surface region of the material. It is shown that, after irradiation, relaxation of the values of the electrophysical parameters of epitaxial films to the initial values is observed.