Boosting Thermal Energy Efficiency with New Material
Correlated Rattling Atomic Chains Reduce Thermal Conductivity of Materials
Tags: Osaka University, Japan, Energy & Environment, Transportation & Automotive
Researchers revealed a novel mechanism for suppressing thermal conductivity in thermoelectric materials, crucial for enhancing energy efficiency in various applications like electronics and transportation. This breakthrough, published in Advanced Materials, involves placing atomic chains within intermetallic compounds, causing strong atom correlations and reducing thermal conductivity. Interest in thermal management technology is growing to tackle heat-related issues and utilize thermal energy effectively. The discovery offers new guidelines for engineering high-performance thermoelectric materials, aiding advancements in energy conservation.
IP Type or Form Factor: Process & Method; Material
TRL: Not specified
Industry or Tech Area: Energy Efficiency; Automobiles General
