What question did this study set out to answer?

This research aims to develop a strategy for decoupling thermoelectric parameters in layered ionic materials to improve their performance.

February 26, 2026Materials Horizons1 citations

Decoupling Thermoelectric Parameters in Novel Ionic Layered Materials: A Charged Monolayer Stabilization Strategy for Enhanced Anisotropy †

YLYaobo LiHenan University MPMeng PeiHenan University ZZZiyang ZuoHenan University

Puntos clave

This research aims to develop a strategy for decoupling thermoelectric parameters in layered ionic materials to improve their performance.
Exploration of novel ionic layered materials
Implementation of a charged monolayer stabilization strategy
Comparison of thermoelectric properties between standard and modified materials
Demonstrated enhanced thermoelectric performance in newly developed materials
Achieved effective decoupling of thermoelectric parameters
Noted increased anisotropy, indicating improved directional conductivity

Resumen

The central challenge in advancing solid-state energy conversion is the discovery of materials capable of decoupling the intrinsically coupled thermoelectric parameters. While existing layered ionic materials, such as hexagonal Mg...

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