THERMOELECTRIC MATERIALS

David Voss

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THERMOELECTRIC MATERIALS

机译：热电材料

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The promise of thermoelectric materials has, it seems, run hot and cold over the decades. These materials, which can directly convert heat into electricity (and vice versa), could be a boon for everything from power generation to microprocessor cooling. But except in a few niche applications, these solid-state heat pumps have proven too inefficient to be practical. As much as engineers would like to grab waste heat from, say, a car's engine and turn it into electricity, thermoelectric materials just haven't been up to the job.

机译：在过去的几十年中，热电材料的前景似乎是冷热的。这些可以直接将热量转化为电能的材料（反之亦然），对于从发电到微处理器冷却的所有事物来说都是福音。但是，除了少数利基应用之外，这些固态热泵的效率已证明太低而无法实用。就像工程师想从汽车发动机中吸收废热并将其转化为电能一样，热电材料还不能胜任这项工作。

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《Technology Review》 |2002年第3期|p.29|共1页
作者
David Voss;
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1. Novel Ge-Sb-Te thermoelectric materials: A demonstration for an efficient diffusion couple technique in expediently exploiting new thermoelectric materials [J] . Zhang Jian, Yan Yonggao, Xie Hongyao, CERAMICS INTERNATIONAL . 2019,第13期

机译：新型GE-SB-TE热电材料：有利地利用新的热电材料的有效扩散耦合技术的演示
2. Special Issue on Recent Progress in Thermoelectrics - New Analyses and New Materials (Thermoelectric Conversion Materials IX) [J] . Takeuchi Tsunehiro Materials transactions . 2016,第7期

机译：热电学最新进展特刊-新分析和新材料（热电转换材料IX）
3. Chemical separation of p-and n-type thermoelectric chips fromwaste thermoelectric module and valorization through synthesis of Bi2Te3 nanopowder: a sustainable process for synthesis of thermoelectric materials [J] . Swain Basudev, Lee Kun-Jae Journal of Chemical Technology & Biotechnology . 2017,第3期

机译：通过合成Bi2Te3纳米粉粉体的P型热电模块和算法的化学分离方法：一种用于合成热电材料的可持续方法
4. Current thermoelectric materials and an evaluation of thermoelectric materials contacting approaches [C] . Atassi Ibrahim, Bauer Ernst, Nicolics Johann, 2012 35th International Spring Seminar on Electronics Technology : Power Electronics . 2012

机译：当前的热电材料和热电材料接触方法的评估
5. Prediction of High-Performance Thermoelectric Materials and Optimal Electronic Structures for Thermoelectricity [D] . Park, Chun Soo. 2019

机译：高性能热电材料预测，热电优化电子结构
6. Decoupling Thermoelectric Performance and Stability in Liquid‐Like Thermoelectric Materials [O] . Tao Mao, Pengfei Qiu, Ping Hu, 2020

机译：液体状热电材料中的热电性能和稳定性去耦
7. Organic Thermoelectric Materials: Nanoscale Organic Thermoelectric Materials: Measurement, Theoretical Models, and Optimization Strategies (Adv. Funct. Mater. 8/2020) [O] . Yu‐Jia Zeng, Dan Wu, Xuan‐Hao Cao, 2020

机译：有机热电材料：纳米级有机热电材料：测量，理论模型和优化策略（ADV。Funct。Matter。8/2020）

THERMOELECTRIC MATERIALS

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