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A Study of Raman Spectra and Photo Response Parameters of (InxSn1–x)Se2 Crystals
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A Study of Raman Spectra and Photo Response Parameters of (InxSn1–x)Se2 Crystals
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Journal Article
A Study of Raman Spectra and Photo Response Parameters of (InxSn1–x)Se2 Crystals
2025
Overview
Layered chalcogenide materials (LCMs) are emerging materials in recent years for its much more potential for application in photonics. As a member of the LCM family, SnSe2 is explored with a band gap of nearer to 1.2 eV semiconducting material. In this research work, direct vapour transport method has been used to synthesize pristine SnSe2 and Indium doped SnSe2. Raman spectra analysis were conducted on SnSe2 and (InxSn1–x)Se2 crystals. The photo switches on/off ratio under LED illumination intensities 50 mW/cm2 and 75 mW/cm2to obtain photo response parameters for high-performance photo conducting devices.
Publisher
IOP Publishing
Subject
