In this work, a systematic investigation of the evolution of dual-phase microstructure,
corrosion behavior of FeNiCr 0.8 Al 0.8 high entropy alloy after isothermal annealing was …

The novelty of the Molybdenum disulfide (MoS 2) emerges owing to its opportunity to
replace graphene and Si technology. In order to explore the great potential of the MoS 2 in …

Modern optoelectronic devices are highly dependent upon the electronic and optical
characteristics of semiconducting materials. In this work, pure and Al-doped ZrO 2 …

We employ first-principle calculations to investigate structural, electronic, magnetic, and
optical properties of cobalt and Co-X (X= Fe, Mn) co-doped MoS2. Result demonstrates that …

Progress of transition metal dichalcogenides for next-generation nano-photonic applications
with high mobility and absorption is the main challenge in recent times. Herein, we present …

Electronic and optical studies were performed in this work through ab-initio and
experimental investigation on MoS 2 and Pt: MoS 2 thin films. Simulations were performed …

Cu 2 O semiconductor attained much research interest due to excellent electronic and
optical response. In this work, Vanadium-doped Cu 2 O compositions were studied for …

Bismuthene is a promising candidate for ultrafast optics and topological applications due to
its exceptional properties. In this paper, the optical, electronic, and mechanical properties of …

Ceria (CeO 2) is an important material mainly for microelectronic and fuel-cell applications
due to having high dielectric constant and good catalytic properties. The first principle and …

In the current research, a successful and fast synthesis of gold nanoparticles (AuNPs) by
utilizing the leaf extract of Eryngium planum is reported. In order to analyze the influential …