Abstract
Kagome materials haven been one of the recent research hotspots, which cause many important phenomena such as ferromagnetism and superconductivity. The present study analyzes the electronic structure properties of Kagome materials, which reveals that the energy band structure is effectively regulated by the electron hopping term and that its flat band properties will disappear when the hopping terms cannot cancel each other. Meanwhile, it is also found that the effective mass and velocity of electrons are significantly dependent on the energy band structure. The results would help us better understand the properties of Kagome materials and contribute to their industrial applications.
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