2017Unpublished venueRequires access

Research Progress of New Thermoelectric Materials

Chao Wang, Rui Zhang, Xin Du, Chengui Zhang, Chunhong Luan, Jiang Jing, Hu Qiang, Wang Junxi, DU Zhi-you, Tianxiao Li, MA Tie-zhong, Yan Xue Dong, Yin Zhi-yao

Open publisher page 2 citations

Abstract

Thermoelectric materials can realize transfer between electricity and heat. On one hand, harvesting electricity from temperature difference can be a future way to achieve energy; on the other hand, the temperature of thermoelectric materials can be precisely controlled. After decades of development, thermoelectric materials have been grown rapidly, but the overall efficiency is still low. In order to further enhance the device efficiency, the novel thermoelectric materials need to be discovered. This review summarize the recent development of some new kinds of thermoelectric materials with their applications in sensors and integrated circuits. It aims to prosper the applications of the thermoelectric materials.

About this research paper

What this paper is about

Thermoelectric materials can realize transfer between electricity and heat. On one hand, harvesting electricity from temperature difference can be a future way to achieve energy; on the other hand, the temperature of thermoelectric materials can be precisely controlled. After decades of development, thermoelectric materials have been grown rapidly, but the overall efficiency is still low. In order to further enhance the device efficiency, the novel thermoelectric materials need to be discovered. This review summarize the recent development of some new kinds of thermoelectric materials with their applications in sensors and integrated circuits. It aims to prosper the applications of the thermoelectric materials.

Why it matters

OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

Thermoelectric materials can realize transfer between electricity and heat. On one hand, harvesting electricity from temperature difference can be a future way to achieve energy; on the other hand, the temperature of thermoelectric materials can be precisely controlled. After decades of development, thermoelectric materials have been grown rapidly, but the overall efficiency is still low. In order to further enhance the device efficiency, the novel thermoelectric materials need to be discovered. This review summarize the recent development of some new kinds of thermoelectric materials with their applications in sensors and integrated circuits. It aims to prosper the applications of the thermoelectric materials.

Key concepts: Thermoelectric effect, Thermoelectric materials, Electricity, Thermoelectric generator, Engineering physics, Materials science, Engineering, Electrical engineering

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