Effect of Acetylene Monomers Conjugations upon Electronic, Linear/Nonlinear Optical Properties of Phosphorene Nanoflakes

A virgin trial to boost electronic, linear/nonlinear characteristics of phosphorene-nanoflakes through conjugation with prototype conducting polymer such as polyacetylene has been fulfilled via DFT/B3LYP model. The phosphorene-acetylene (PA) conjugations are speculated via 3 probable conformations (armchair, end-edge, zigzag). The PA-zigzag exhibits a higher reactivity than both armchair and end-edged. PA-armchair & end-edged are preferred for fire-retardant sensories, while PA-zigzag is emerging as potential candidates for solar cells & avalanche photodetectors.

Publication Details

Journal
Materials International
Published
2024-12-10
DOI
https://doi.org/10.33263/materials64.035
Primary Topic
2D Materials and Applications
Type
article
Field-Weighted Citation Impact
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article

Effect of Acetylene Monomers Conjugations upon Electronic, Linear/Nonlinear Optical Properties of Phosphorene Nanoflakes

Materials International
2D Materials and Applications
article

Effect of Acetylene Monomers Conjugations upon Electronic, Linear/Nonlinear Optical Properties of Phosphorene Nanoflakes

article en

Abstract

A virgin trial to boost electronic, linear/nonlinear characteristics of phosphorene-nanoflakes through conjugation with prototype conducting polymer such as polyacetylene has been fulfilled via DFT/B3LYP model. The phosphorene-acetylene (PA) conjugations are speculated via 3 probable conformations (armchair, end-edge, zigzag). The PA-zigzag exhibits a higher reactivity than both armchair and end-edged. PA-armchair & end-edged are preferred for fire-retardant sensories, while PA-zigzag is emerging as potential candidates for solar cells & avalanche photodetectors.

Materials InternationalVol. 6(4)
Openalex Percentile: Top 84%
2D Materials and Applications
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Effect of Acetylene Monomers Conjugations upon Electronic, Linear/Nonlinear Optical Properties of Phosphorene Nanoflakes · Materials International (2024) | TGRS Research Map | TGRS