Thermoelectric properties of individual single-crystalline PbTe nanowires
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Lee, Seung Hyun
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Yonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South KoreaYonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
Lee, Seung Hyun
[1
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Jang, So Young
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Korea Univ, Dept Chem, Chungnam 339700, South KoreaYonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
Jang, So Young
[2
]
Roh, Jong Wook
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Yonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South KoreaYonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
Roh, Jong Wook
[1
]
Park, Jeunghee
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Korea Univ, Dept Chem, Chungnam 339700, South KoreaYonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
Park, Jeunghee
[2
]
Lee, Wooyoung
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Yonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South KoreaYonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
Lee, Wooyoung
[1
]
机构:
[1] Yonsei Univ, Nanomed Natl Core Res Ctr NCRC, 134 Shinchon, Seoul 120749, South Korea
[2] Korea Univ, Dept Chem, Chungnam 339700, South Korea
We present the thermoelectric properties of individual PbTe nanowires grown by a vapor transport method. Temperature-dependent thermopower and electrical conductivity in PbTe nanowires were investigated. A PbTe nanowire (d = 136 nm) was found to have a Seebeck coefficient of -72 mu V/K and electrical conductivity of 45 S/cm at 300 K. Thermal conductivity of a PbTe nanowire (d = 290 nm) was also found to be 1.36 W/mK at 300 K. Our results demonstrate the enhanced thermoelectric properties of individual single-crystalline PbTe nanowires, which are higher than that in PbTe bulk.