A Bibliometric Review on Ternary Chalcogenides Materials for Opto-Electronic Properties

Abstract

(max 150 words)

This paper reveals the analyses of the past and present research in the field of ternary chalcogenide materials for Opto-Electronic applications based on the Scopus database review from 2010 to 2022, using the bibliometric method. In recent decades, material research has blossomed with the invention of the ternary chalcogenides and made efficient by various methods of synthesis and using optimized processing parameters for various optoelectronics applications due to having unique properties such as structural, morphological, optical, and electrical properties. In this review, the author constructed a citation network of research to investigate the emerging research domains in ternary chalcogenides deposition and presented a bibliometric survey using VOS viewer Version 1.6.15 tool through the Scopus database. From the review, Half Heusler alloys (HHAs) performed more than 50% of the TiNiSn performance and exhibited 10% more efficiency than CZTs(copper-Zinc-tin-sulphur).