Manoj Kumar Singh
Chemistry
March 2022
2D materials certainly stand out since the disclosure of graphene in 2004. Their remarkable electrical, optical, and attractive properties open up a wide assortment of possible applications, including hardware and optoelectronics. A variety of atomic-scale structures (ASS) can assume regular or deliberate guidelines for the atomic configuration of 2D materials through thermal motion and lattice evolution kinetics. To achieve property tuning of 2D materials and create functional devices, tuning of ASS allows tuning of various charge thicknesses, electronic state thicknesses, and lattices. Here we present his 2D materials ASS of several different kinds, including grain boundaries, atomic defects, edge structures and stacking gameplans. In addition, we summarize the constituent systems of these structures with a focus on atomic defects and edge structures. Furthermore, control of electrical, optical, and magnetic properties towards atomic-scale structural changes is introduced to provide multifunctional interconnect applications. ..
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© Airo Journals 2021
