Research Publications For Year 2024

  1. Cr (VI) sequestration by activated carbon: experimental and theoretical study:  International Journal of Environmental Science and Technology 21, (2024).

  2. Engineering of hyperentangled complex quantum networks: Physica Scripta 99, (2024).

  3. Experimental and DFT Studies of Antibiotics Removal Through Activated Carbon: A Step‐by‐Step Adsorption Process at Atomic Level: ChemistrySelect  9, (2024).

  4. Electronic, optical and photocatalytic properties of 2D penta-Pd2Pt2P4X2Y2 (X ≠ Y = S, Se, Te) Janus monolayers: a first principles study: Optical and Quantum Electronics 56, (2024).

  5. Quantum computational analysis of strain induced electronic and thermoelectric properties of H phase and T phase coupled TMDs van der Waal heterostructures: Chemical Papers 78, (2024).

  6. Experimental and DFT investigation of ciprofloxacin adsorption onto ultra-high porous activated carbon from aqueous solutions: Journal of Dispersion Science and Technology 10, (2024).

  7. Two-dimensional III-nitrides: A comprehensive DFT and thermodynamics studies: Computational Condensed Matter 39, (2024).

  8. Efficient detection of nitric oxide a biomarker associated with COVID19 via N, P co-doped C60 fullerene: a computational study: Journal of Molecular Modeling 36, (2024).

  9. Density functional theory-based strain engineering of electronic optical and thermoelectric properties of A2OX (A= Ga, in and X= S, Se) monolayers:  Applied Physics A 130 (2024).

  10. Optical and photocatalytic studies of the novel 2D penta-M4P4X2Y2 (M= Pd, Pt; X≠ YS, Se, Te) Janus monolayers:  Materials Science in Semiconductor Processing, 173, (2024).

  11. Density functional theory-based quantum-computational strain engineering of electronic and thermoelectric properties of AsXY (X= S, Se and Y= Cl, Br, I) monolayer: Surface Review and Letters 31, (2024).

  12. Systematic surface bowing in 2D III-nitride monolayers: RSC advances14, (2024).

  13. Electronic, optical and photocatalytic properties of 2D penta‑Pd2Pt2P4X2Y2 (X ≠Y = S, Se, Te) Janus monolayers: a first principles study: Optical and Quantum Electronics 56, (2024).