Magnetic and optical properties of (Fe, Mn) co-doped SnSe2 monolayer: A first-principles study
L Lin, D Pang, P Shi, L Zhu, L Han, C Hu, H Tao… - Optics & Laser …, 2022 - Elsevier
The magnetic and optical properties for double impurities (Fe, Mn) doped SnSe 2 are
investigated by first principles calculations. We calculate that the magnetic moments of Fe …
investigated by first principles calculations. We calculate that the magnetic moments of Fe …
On computations of topological descriptors of kagome lattice
The analysis of graphs and networks is a multidisciplinary research field from its origin. As
such, it has been extensively used also in biomedicine, cheminformatics, and in …
such, it has been extensively used also in biomedicine, cheminformatics, and in …
Electronic, optical, and magnetic properties of defect-engineered 1T-PdS2 monolayer: A first-principles investigation
Based on first principles calculations, we scrutinized the impact of vacancies and do** on
the electronic, magnetic, and optical properties of the 1T-PdS 2 monolayer. Our findings …
the electronic, magnetic, and optical properties of the 1T-PdS 2 monolayer. Our findings …
Coexistence of spin-1 fermion and Dirac fermion on the triangular kagome lattice
Quasiparticle excitations beyond the Dirac-Weyl-Majorana classification can appear in
lattice systems due to a lesser symmetry constraint compared with Poincaré symmetry in …
lattice systems due to a lesser symmetry constraint compared with Poincaré symmetry in …
Two-dimensional double kagome lattice nitrogene: A direct band gap semiconductor with nontrivial corner state
The kagome lattice, characterized by its flat band and Dirac electrons, continues to attract
enduring attention in condensed matter physics as an ideal structure for studying electron …
enduring attention in condensed matter physics as an ideal structure for studying electron …
Fragile topological phase on the triangular kagome lattice and its bulk-boundary correspondence
YF Chen, DX Yao - Physical Review B, 2023 - APS
We predict and examine various topological states on a two-dimensional triangular kagome
lattice (TKL) using the tight-binding models and theory of topological quantum chemistry …
lattice (TKL) using the tight-binding models and theory of topological quantum chemistry …
Compact Localized States in Engineered Flat-Band Metamaterials
The conditions leading to flat dispersionless frequency bands in truly one-dimensional parity-
time (PT) symmetric metamaterials comprised of split‐ring resonators (SRRs) arranged in a …
time (PT) symmetric metamaterials comprised of split‐ring resonators (SRRs) arranged in a …
Borophene layers on an Al (111) surface–the finding of a borophene layer with hexagonal double chains and B 9 nonagons using ab initio calculations
We studied the stability of several borophene layers on an Al (111) surface and found a
structure called 9R using ab initio calculations. This layer competes with χ3 and β12 …
structure called 9R using ab initio calculations. This layer competes with χ3 and β12 …
Semiconducting MnB5 monolayer as a potential photovoltaic material
F Han, T Yu, X Qu, A Bergara… - Journal of Physics …, 2021 - iopscience.iop.org
Exploring new two-dimensional (2D) materials is of great significance for both basic
research and practical applications. Although boron can form various 3D and 2D allotropes …
research and practical applications. Although boron can form various 3D and 2D allotropes …
Magnetization Plateaus and Magnetization Jumps in Quantum Dots of Boron Triangular Kagome Lattices
An investigation of the modern phenomena of condensed matter physics, called,
magnetization plateau and magnetization jump, visible as anomalies in spin susceptibility at …
magnetization plateau and magnetization jump, visible as anomalies in spin susceptibility at …