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C1: Waste heat recovery

Thermal Annealing Effects on the Thermoelectric and Optical Properties of SiO2/SiO2+Cu Nanolayered Thin Films

S. Budak1, M. Baker1, J. Lassiter2, C. Smith3, R. B. Johnson2

Thermoelectric and Optical Properties of Si/Si+Sb Multinanolayered Thin Films Effected by  High Energy Radiation

S. Budak1*, E. Gulduren2, B. Allen1, J. Cole1, J. Lassiter3, T. Colon4, C. Muntele5, R. Parker6, C. Smith7, B. Johnson4

thermoelectric generators from AgBiTe   and AgSbTe thin films modified by high energy beam

S.Budak1,*, S.Guner2, C.Muntele3, D.Ila4

Research and Development for Thermoelectric Generation Technology by using Waste Heat in Steelmaking Process

Takashi Kuroki1, Ryota Murai1, Kazuya Makino2, Kouji Nagano2, Takeshi Kajihara2, Hiromasa Kaibe2, Hirokuni Hachiuma2 and Hidetoshi Matsuno1

Effect of triple fillers in thermoelectric performance of p-type skutterudites

T. Dahal1, G. Joshi2, Q. Jie1, C. Guo1, Y. C. Lan1 and Z. F. Ren1

a TEG subsystem

xin gao

A Thermoelectric Waste Heat Energy Recovery System for Portland Cement Rotary Kilns

Qi Luo,1 Peng Li,2,3 Lanlan Cai,2 Pingwang Zhou, 2 Di Tang, 2 Pengcheng Zhai, 1 and Qingjie Zhang1

Development and thermoelectric properties of a tubular π-type device

Akihiro Sakai, Tsutomu Kanno, Kouhei Takahashi, Hiromasa Tamaki, Hideo Kusada and Yuka Yamada

Ideal thermoelectric properties for a cost effective low grade waste heat recovery  

Kazuaki Yazawa and Ali Shakouri

novel applications of TEG for waste heat recovery of high-power LED lighting

H. L. Tsai and L. W. Lai

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