Study of Electrical and Thermal Properties of Triazine Schiff’s Base Complexes with Transition Metal(II) Ions
Kukalkar Madhuri, Murhekar Gopalkrushna
DOI: 10.22607/IJACS.2022.1001002
Volume 10, Issue 1 | Pages: 8-12
Abstract
In this investigation, the electrical and thermal properties of newly synthesized Schiff bases from TRIPOD with different
substituted aniline and complexes of TRIPOD-SBNA with transition metal(II)ions were studied. An examination of the
thermograms of Schiff bases synthesized from TRIPOD with different substituted aniline and ligand TRIPOD-SBNA with
transition metal(II)complexes indicates that they are with varying thermal stability undergoing decomposition at different
temperatures. Their percent weight loss as computed from the thermograms suggests that the final product of decomposition
in them corresponds to respective metal oxide. Further, the thermogravimetric results offer supports to the composition of the
complex polymer conjugates. The electrical conductivity of Schiff bases synthesized from TRIPOD with different substituted
aniline and ligand TRIPOD- SBNA with transition metal (II) complexes showed a tendency to increase by increasing the
temperature upto 407 K and indicates their semiconducting behavior.
Keywords
Complexes TRIPOD Tripodal Schiff’s Bases TRIPOD-SBNAReferences
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Citation
Kukalkar Madhuri, Murhekar Gopalkrushna. Study of Electrical and Thermal Properties of Triazine Schiff’s Base Complexes with Transition Metal(II) Ions. J Appl Pharm Sci. 2022; 10(1):8-12.