Zhao Ziran
Key Laboratory of Particle & Radiation Imaging (Ministry of Education), Department of Engineering Physics, Tsinghua University, Beijing 100084, China.
Research (Wash D C). 2025 May 20;8:0724. doi: 10.34133/research.0724. eCollection 2025.
This commentary highlights the importance and implications of the study "Quadruple-band synglisis enables high thermoelectric efficiency in earth-abundant tin sulfide crystals", led by C. Chang and L. Zhao, published in . They improved the thermoelectric efficiency by activating quadruple-band synglisis and facilitating carrier transport in tin sulfide crystals, and successfully developed an optical pump-terahertz probe technique in reflection mode to diagnose the carrier dynamics for high-conductivity bulk thermoelectric materials. This study inspires mutual promotion and complementary development between the fields of thermoelectrics and terahertz technology.
这篇评论强调了由C. Chang和L. Zhao领导、发表于[具体期刊名未给出]的研究“四能带协同作用实现了富含地球元素的硫化锡晶体的高热电效率”的重要性和影响。他们通过激活四能带协同作用并促进硫化锡晶体中的载流子传输来提高热电效率,并成功开发了一种反射模式的光泵浦 - 太赫兹探测技术,用于诊断高电导率块状热电材料的载流子动力学。这项研究激发了热电学和太赫兹技术领域之间的相互促进和互补发展。