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A2: Medium temperature materials

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A2: Medium temperature materials

Effects of tin doping on p-type Hf_0.5Zr_0.5CoSb_1-xSn_x for power generation applications

Jian Yang¹, Giri Joshi¹, Ran He², Pawan Banjade¹, Mike Engber¹, Xiaowei Wang¹, Martin Cleary¹ and Zhifeng Ren²

Evaporation Rates in PbTe and GeTe Based Thermoelectric Alloys

Yatir Sadia¹, Tsion Ohaion², Ohad Ben-Yehuda¹, Meidad Korngold¹, Yaniv Gebstein¹

High performance skutterudites: from bandstructure calculations towards industrial production

E. Bauer^1,4, P. Pezeshkpour¹, P. Heinrich¹, G. Rogl^2,4, A. Grytsiv^1,4, X.Q Chen², R. Podloucky², M. Hochenhofer³, F. Spenger³, P. Rogl^2,4

High performance skutterudites: from bandstructure calculations towards industrial production

E. Bauer^1,4, P. Pezeshkpour¹, P. Heinrich¹, G. Rogl^2,4, A. Grytsiv^1,4, X.Q Chen², R. Podloucky², M. Hochenhofer³, F. Spenger³, P. Rogl^2,4

High thermoelectric performance in n-type BiAgSeS due to intrinsically low thermal conductivity

Yan-Ling Pei,¹Haijun Wu,²Jiaqing He,²Li-Dong Zhao³

High thermoelectric performances of Ag-doped CdSb with intrinsic glasslike thermal conduction

Shanyu Wang, Jiong Yang, Lihua Wu, Ping Wei, Jihui Yang

Improved thermoelectric effect of Se-doped AgSbTe₂ compound prepared by ball milling and spark plasma sintering

K. Y. Chen, C. H. Yeh, Y. L. Lin, and R. C. Juang

Influence of Te-Se-S triple doping on the Microstructure and Thermoelectric Properties of CoSb₃componuds

Xiangrong Ye¹, Gang Chen¹, Bo Duan^1,3, Pengcheng Zhai^1,2

Low cost half-Heusler materials for power generation applications

Giri Joshi¹, Ran He², Mike Engber¹, Ekraj Dahal¹, Jian Yang¹, Boris Kozinsky³, Xiaowei Wang¹, Martin Cleary¹, and Zhifeng Ren²

Microstructure of Mg₂(Si_0.4Sn_0.6)_1-xTi_x (0<x<0.07) thermoelectric materials through cold isostatic pressure (CIP)

M. B. A. Bashir^a, M. F. M. Sabri^a*, S. M. Said^b, D. A. Shnawah^a and M. H Elsheikh^a

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Sorting Categories

A: Materials

A1: Low temperature materials
A2: Medium temperature materials
A3: High temperature materials
A4: Theory - bulk materials
A5: Nanoscale and low dimensional effects
A6: Characterization
A7: Developments in measurement techniques and preparation methods

B: Elements, modules & systems

B1: Contacting and insulation
B2: Module design
B3: Power management and load balancing
B4: Thermal management and dynamics
B5: Energy system design and optimization
B6: DC/DC inverters
B7: Device and system performance
B8: Modelling

C: End use applications and markets

C1: Waste heat recovery
C2: Automotive
C3: Cooling
C4: Generators
C5: Sensors
C6: Novel applications
C7: Markets