Dielectric and Thermal Studies of Copper Doped Magnesium Hydrogen Maleate Hexahydrate Single Crystals

Abstract

The dielectric and thermal analysis of copper doped Magnesium Hydrogen Maleate Hexahydrate single crystals are studied for the first time. The dielectric constant, loss tangent, a.c. conductivity and a.c. activation energy were measured with variation of frequency in the range 50 Hz to 1 MHz. Dielectric studies reveal that the present crystal under investigation show good optical quality. The melting point and final compound after decomposition were determined using the DTA/TG analysis.

Synthesis, crystal structure, spectral, dielectric characteristics and conduction mechanism of two novel carboxylates of 1-benzhydrylpiperazine

“…At low frequencies, all the mechanisms of polarization contribute to the dielectric constant, and with the increase in frequency, the contributions from different polarizations start decreasing. Similar observations of dielectric behaviors for tartrate and maleate samples were studied [21,22]. From these figures, it is known that the compound 1 has a high dielectric constant compare to the compound 2.…”