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A2: Medium temperature materials

Reduced lattice thermal conductivity in the high-power-factor Mg2Si0.4Sn0.6materials by Bi-doping

Peng Gao1, Isil Berkun2, Xu Lu3 and Tim Hogan1,2

Reducing thermal conductivity by adding nanoparticles into n-type Mg2Si-Mg2Sn solid solutions 

A. S. Tazebay, C. Yu

Significantly Improved Thermoelectric Property in SnTe Through Indium Doping

Xiaoya Shi1, Binghui Ge1,2, Yimei Zhu1, Qiang Li1

Significantly Improved Thermoelectric Property in SnTe Through Indium Doping

Xiaoya Shi1, Binghui Ge1,2, Yimei Zhu1, Qiang Li1

Stable, nanostructured Cu2Se with superior thermoelectric performance prepared by an ultra-fast self-propagating high temperature synthesis

Y. G. Yan1, F. Fu1†, X. L. Su1†,  X. F. Tang1*, Q. J. Zhang1, C. Uher2

Sticking-free synthesis of Mg2Si by vertical gradient freezing method using liquid encapsulants

Reo Nakagawa1, Hiroshi Katsumata1, Shiro Sakuragi2, and Satoshi Hashimoto2 

Structure and property relationship of polymer/nanocarbon hybrids for flexible thermoelectric applications

Youngjae Yoo, Kwang Seok Jang, O Hwan Kwon, Cheon Taek Hong, Sung-Goo Lee, Jin Uk Ha*, Song Yun Cho

Temperature dependent optical band gap in PbX (X=Te, Se, S)

Z. M. Gibbs1, H. Kim2,3, M. Kaviany2, G. J. Snyder1 

The potential of Copper and Silver Chalcogenides for thermoelectric applications

G. Jeffrey Snyder

The thermoelectric properties of high performance N-type PbTe based materials

Chiachan Hsu1, Tsehsiao Lee1, Hsushen Chu1, Jenndong Hwang1, Hungchang Hsu2, Tsaikun Huang2 and Jingyi Huang2

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