Open Access

ARTICLE

Tuned optoelectronic and thermoelectric properties of TIMX₂ through M=Ga,In X=S,Se,Te intercalation

I. Ur Rahman^a, M. Khalid^a, M. Aamer^a, F. Ali^a, M. U. Javed^a, Q. Rafiq^b, M. Jawad^a, T. Raouf Qureshi^a, M. Irfan^b, S. Azam^a,*

a Department of Physics, Riphah International University, Islamabad, Pakistan
b Department of Physics, Faculty of Basic and applied Sciences, International Islamic University, Islamabad, Pakistan.

* Corresponding Author:

Chalcogenide Letters 2023, 20(2), 131-144. https://doi.org/10.15251/CL.2023.202.131

Received 22 October 2022; Accepted 11 February 2023;

Abstract

We presents our analysis on structural electronic and optical properties of TlX and TlMX₂ (M =In, Ga; X = Te, Se, S) compound, by first principle density functional theory (DFT).These chalcogenide have a place with a group of the low-dimensionals semiconductors having chains or layered design. They are of critical interested as a result of, their exceptionally anisotropics properties, semiconductivity and photoconductivity, non direct impacts in their IV qualities (counting a district of negatived differentials opposition), exchanging and memories impacts, secondly symphonious opticals age, relaxors conduct and possible application for optoelectronics devices. We reviews the crystals structured of TlMX₂ compound, their transports properties below surrounding condition, test and hypothetical investigations of the electronics construction, transports properties and semiconductors metal phased transition below highly tension, and successions of temperature instigated primary phased transition with middle disproportionate state. Electronics natured of the ferroelectrics phased transition in the previously mentione mixes, just as arelaxors conduct, nano domain and conceivable event of quantums specks in dopeds and illuminated precious crystals are examined.

---

Keywords

---