Application of radio spectroscopy methods for the study of thermoelectrics with a chalcopyrite structure
Matukhin V. L. 1, Gavrilenko A. N. 1, Schmidt E. V. 1, Orlinskii S. B. 2, Sevastianov I. G. 1, Garkavyi S. O. 1, Navratil J.3, Novak P.3
1Kazan State Power Engineering University, Kazan, Russia
2Kazan Federal University, Kazan, Tatarstan, Russia
3Institute of Physics of the Czech Academy of Sciences, Praha, Czech Republic
Email: ang_2000@mail.ru

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Doped chalcopyrite compounds are considered. The results of studying the spectral parameters by the 63,65Cu NMR method in a local field, as well as by the EPR method in the temperature range 15-300 K are presented. The observed broadening of the resonance lines of the NMR spectra and the detection of a paramagnetic signal in the sample at a temperature of 15 K indicate the appearance of anti-structural defects. The rapid change in the shape of the EPR spectrum line, in the temperature range 100-130 K, is associated with the structural-phase transition. Keywords: thermoelectrics, chalcopyrite compounds, antisite defects.
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