Design of some novel dithio π-conjugated ligand-based metal complexes and their semiconductor behavior

Samarveer Singh; Biplab Kumar Kuila; Vikky Singh; Sushmita Gupta

doi:10.53730/ijhs.v6nS1.6473

Authors

Samarveer Singh Department of Chemistry M.J.P.R. University Bareilly, U.P. India
Biplab Kumar Kuila Department of Chemistry Institute of Science, BHU, U.P. India
Vikky Singh Department of Chemistry M.J.P.R. University Bareilly, U.P. India
Sushmita Gupta
drsushmitagupta12@gmail.com
Department of Chemistry M.J.P.R. University Bareilly, U.P. India

Keywords:

Semiconductor, NPBT, Solid-state conductivity, solution conductivity

Abstract

Transition metal complexes with sulfur-based ligands are the area of interest for scientists working for semiconducting molecular materials. These complexes have been reported for their interesting electronic architecture and can be used in the manufacture of various kinds of electronic devices including diodes, transistors and integrated circuits. The nitrophenol thiourea benzaldehyde-based metal complexes with various transition metals have been reported for their electrical behavior. The present paper involves synthesis, spectroscopic characterization and variable temperature solid-state conductivity measurement. The complexes show semiconducting nature.

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