Thermo-, magneto- and photo- dependent electrical properties of hierarchical InSe> supramolecular compound

Abstract

The hierarchical structure of InSe> composition with 4-fold grade expansion was synthesized with the intercalation-deintercalation technique. Electrical properties of the structure obtained were examined using impedance and thermostimulated current spectroscopy methods. Influence of temperature, static magnetic field and illumination on electrical properties of the synthesized compound was investigated. Changes in the impurity spectrum of the expanded hierarchical structure were analyzed and extraordinary magneto- and photoimpedance behavior of InSe> at room temperature was explained.

Keywords

• impedance analysis
• inse
• β-cyclodextrin
• photoresistive effect
• magnetoresistive effect