The research aims to explore how bonding strength and lattice anharmonicity affect piezoelectricity and thermal transport in Janus 1T-BrSbX monolayers.
Analyzing Janus 1T-BrSbX monolayers with varying compositions (X = S, Se, Te)
Investigating the effects of bonding strength on piezoelectricity
Examining the influence of lattice anharmonicity on thermal transport properties
Lattice anharmonicity alters thermal transport efficiencies
Janus monolayers exhibit tunable piezoelectricity depending on composition
Abstract
We show how competing bonding strength and lattice anharmonicity govern piezoelectricity and thermal transport in Janus 1T-BrSbX monolayers (X = S, Se, Te).