Synthesis, 13C NMR-MAS, AC conductivity and structural characterization of [C7H12N2]ZnCl4

Temperature- and frequency-dependent dielectric properties of organic–inorganic hybrid compound: (C6H9N2)2(Hg0.75Cd0.25)Cl4

“…The complex electrical modulus formalism has been used in the analysis of the electrical properties because it gives the main response of the bulk of the crystal sample and is particularly suitable to extract phenomena such as electrode polarization and conductivity relaxation times [24][25]. The complex electric modulus can be represented by the following expression [26]: The peaks existing at low frequency suggests that the ions can move over long distances, whereas high-frequency peaks suggest the confinement of ions in their potential well.…”

Alternative current conduction mechanisms of organic-inorganic compound [N(CH3)3H]2CuCl4

“…The lattice parameters of the selected unit cell were refined using the celeref 3 software. These refined lattice parameters are a ¼ 8.166 (5) Å , b ¼ 14.157 (2) Å , c ¼ 12.538 (4) Å , and b ¼ 96.22 (4) . These values are in good agreement with the literature.…”

“…[1][2][3][4] The latter combine permit the integration of useful organic and inorganic characteristics within a single molecular-scale composite. Unique electric, ferroelectric, and optical properties have been observed, and many others might be expected for this promising class of materials.…”

Thermochemistry of the solid-state coordination compounds (C2H10N2)MCl4(s) (M=Cd and Cu)

“…Organic molecules have specific properties of high fluorescence efficiency, large polarizability, plastic mechanical properties, and structural diversity, etc., while inorganic materials may be characterized by a wide range of electronic properties, magnetic and dielectric transitions, substantial mechanical hardness, and thermal stability, etc. [5]. These optical, electrical, magnetic, and thermodynamic properties are found to be useful in many application fields, which has aroused widespread attention [5].…”

“…[5]. These optical, electrical, magnetic, and thermodynamic properties are found to be useful in many application fields, which has aroused widespread attention [5]. For example, the transitional metal layered perovskite-like hybrid compounds can be used as a kind of magnetic material owing to the inherent magnetic property of a transition metal [6].…”