High thermoelectric performance of Co-doped Cu2SnS3-attapulgite nano-composites achieved by synergetic manipulation of electrical and thermal transport properties
Abstract
Mohite-type Cu2SnS3 has merged as a promising environmentally-friendly thermoelectric candidate. When heavily hole-doped, it exhibits a large power factor (PF) by virtue of a high electrical conductivity (σ), which results in an undesired high electronic thermal conductivity (κe) that limits the ZT value. In the present work, nanocomposites of Co-doped Cu2Sn0.8Co0.2S3 embedded with fibrous in-situ-dehydrated attapulgite (D-ATT) nanorods are...
Paper Details
Title
High thermoelectric performance of Co-doped Cu2SnS3-attapulgite nano-composites achieved by synergetic manipulation of electrical and thermal transport properties
Published Date
Dec 1, 2021
Volume
887
Pages
161338 - 161338
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