THE EFFECT OF DOPING WITH GROUP I ELEMENTS ON THE PIEZORESISTIVE PROPERTIES OF TLINSE₂ SINGLE CRYSTALS
Keywords:
Single crystals, doping, piezoresistive properties, electrical conductivity, anisotropy.Abstract
This article investigates the physical properties of TlInSe₂ single crystals, particularly their electrical resistance and piezoresistive sensitivity, under the influence of doping with Group I elements (Ag, Cu). The single crystals were synthesized using the Bridgman–Stockbarger method and doped with various concentrations. The samples were studied through X-ray diffraction, temperature-dependent resistivity measurements, dielectric response analysis, and resistance changes under external mechanical stress. The results revealed that the incorporation of Ag and Cu significantly affects the lattice parameters and the density of electronic states, leading to a multiple increase in piezoresistive sensitivity. These findings expand the potential applications of TlInSe₂-based single crystals in modern sensor devices.
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