Oral Presentation Program MONDAY 8:45 OPENING CEREMONY OPENING REMARKS PLENARY SESSION (Jihui Yang) 9:45 Prof. Dr. Y. GRIN 10:30 Max Planck Institute for Chemical Physics of Solids, Dresden, Germany "Interplay of crystal structure, chemical bonding and thermoelectric behavior" 10:30 Prof. Dr. J-P. FLEURIAL 11:15 Jet Propulsion Laboratory - Thermal Energy Conversion Research & Advancement Group, Pasadena, California, United States of America "A 50 Year-Long Breakthrough in the Making: Radioisotope Thermoelectric Generators with New Materials" 11:15 Prof. Dr. T. MORI 12:00 NIMS, Tsukuba, Japan "Utilization of Magnetism and Other Novel Principles for Thermoelectric Enhancement and Recent Activities in Asia" Amphitheater Caliste Atelier 1 Atelier 4 & 5 Zintl Phases Applications Chalcogenides (S, Se, Te) (Modelization) Sabah Bux Dario Narducci Marco Fornari 14:00 Measurement and analysis of thermal Electronic structure of Sn1-xInxTe 14:15 conductivity, thermal diffusivity and containing defects from KKR-CPA interfacial thermal resistance of calculations thermoelectric thin films Janusz Tobola INVITED Takahiro Baba AGH University of Science and Technology, Crystal Chemistry of New (and some old) PicoTherm Corporation (Japan) Faculty of Physics and Applied Computer Zintl Phases Science (Poland) 14:15 Svilen Bobev Wearable Thermoelectric Generators for Modeling Dopability in Diamond-like 14:30 University of Delaware (US) Powering Health Monitoring Sensors Semiconductors Using Machine Learning Daryoosh Vashaee for High-throughput Predictions North Carolina State University (USA) Samuel Miller Northwestern University (US) 14:30 Zintl ions within framework channels: the Negative Thermal Expansion of GeTe near complex structure and low-temperature the Ferroelectric Phase Transition from 14:45 INVITED transport properties of Na4Ge13 First Principles Stefan Stefanoski Development of integrated micro- Djordje Dangic Benedictine University (US) thermoelectric sensors for IC University College Cork (Ireland) applications Experimental Investigation of Engineering thermal conductivity through 14:45 Guillaume Savelli Thermoelectric Properties of KSb Sn microstructural lattice softening 15:00 2-x x Université Grenoble Alpes, CEA-Liten Hyungyu Jin Riley Hanus (France) Pohang University of Science and Technology Department of Materials Science and (POSTECH) (South Korea) Engineering, Northwestern University (US) 15:00 The A14MPn11: good thermoelectric materials New prototype of a thermoelectric heat 15:15 with low valley degeneracy. pump with heat pipes for the air Geoffroy Hautier condition of a Nearly Zero Energy Institute of Condensed Matter and Nanosciences Building INVITED (IMCN), Université Catholique de Louvain Sergio Diaz De Garayo Acoustically mismatched nano-inclusions (Belgium) CENER (Spain) Raphael Hermann Thermoelectric properties of a new Zintl Small size thermoelectric power supply 15:15 Oak Ridge National Laboratory - MSTD phase NaZn As with ultralow thermal for battery backup 15:30 4 3 (United States) conductivity Hossein Abedi Aichi Yamashita CNR-Institute of Condensed Matter University of Tsukuba (Japan), - WPI-MANA, Chemistry and Technologies for Energy, NIMS - AIST (Japan) Lecco (Italy) 15:30 INVITED Benefits of integrating vehicular Phonon dispersion and scattering 15:45 Thermoelectric Behavior of Silver-Cluster thermoelectric generators with exhaust considerations for thermoelectrics Phosphides: Origin and Optimization heat recovery apparatus Yanzhong Pei Juergen Nuss Byung-Wook Kim School of Materials Science and Engineering, Max Planck Institute for Solid State Research, Corporate R&D Division for Hyundai Motor Tongji University (China) Stuttgart (Germany) Company & Kia Motors Corporation (South Korea) 15:45 Heat pipes thermal performance for a Rattling dynamics under a planar 16:00 reversible thermoelectric cooler-heat coordination in tetrahedrites pump system Chul-Ho Lee Aranguren Patricia National Institute of Advanced Industrial Smart Citites Institute (Spain) Science and Technology (AIST) (Japan) 16:00 16:30 COFFEE BREAK Modules Development and Technology Modelling Chalcogenides (S, Se, Te) Eckhard Muller Janusz Tobola Yaniv Gelbstein 16 :30 Concept of a Thermoelectric Module and Improved Thermoelectric Performance in 16 :45 Generator for Automotive Applications Non-stoichiometric Cu2+Mn1-SnSe4 Based on an Integrated Functional Design Quaternary Diamond-like Compounds Lars Heber INVITED Qingfeng Song Institute of Vehicle Concepts, DLR, Stuttgart On the Search of Novel Compounds Shanghai Institute of Ceramics, Chinese (Germany) Featuring Thermoelectric Properties. Academy of Science, University of Chinese Some Suggestions Based on Academy of Sciences (China) 16:45 Demonstrated High-Performance, High- Theoretical Considerations Rhombohedral to Cubic Conversion of 17:00 Power Skutterudite Thermoelectric Modules Jean-Francois Halet GeTe via MnTe alloying Leads to Ultralow for Space and Terrestrial Applications Institut des Sciences Chimiques de Rennes Thermal Conductivity, Electronic Band Terry Hendricks (France) Convergence and High Thermoelectric NASA Jet Propulsion Laboratory (US) Performance Tingting Zhan Wuhan University of Technology (China) 17:00 Development of High Efficiency Segmented Minimum thermal conductivity in the Thermoelectric features of the Cu7P(Se1- 17:15 Thermoelectric Couples for Space context of diffuson-mediated thermal xSx)6 with high copper ionic mobility Applications transport Michal Piasecki Fivos Drymiotis Matthias Agne Institute of Physics J.Dlugosz University, NASA Jet Propulsion Laboratory (US) Northwestern University (US) Czestochowa (Poland) 17:15 Silicides thermoelectric modules: Effects of Grain Size and Grain Boundary Compatibility investigation between 17:30 performances and challenges Nanostructures on Lattice Thermal cobalt metallized tellurides-based Krunoslav Romanjek Conductivity of MgO Thermoelectric legs and an Ag–Cu–In- Université de Grenoble-Alpes (France) Susumu Fujii based brazing alloy Department of Adaptive Machine Systems, Dana Ben-Ayoun Osaka University (Japan) Department of Materials Engineering, Ben- Gurion University of the Negev, Beer Sheva 84105 (Israel) 17:30 Economic profitability of hybrid Investigation of phonon states in a poor Native Defects in SnSe and their 17:45 photovoltaic-thermoelectric solar harvesters thermal crystalline conductor by means Temperature Dependence Dario Narducci of inelastic scattering spectroscopy Katerina Sraitrova Dept. of Materials Science, University of Milano Stéphane Pailhès University of Pardubice, Faculty of Chemical Bicocca (Italy) Institut Lumière Matière (France) Technology (Czech Republic) 17:45 Efficiency of an automated dissipation Three-dimensional finite element Harnessing thermoelectric effects in 18:00 system applied to Bi2Te3 and multi-stage simulation of a flexible µ-TEG based on vertical phase change memory cells modules bismuth telluride Jyotsna Bahl Fabio Puglia Soufiane Eloualid Center for Research in Nano Technology and ISC - Balistic (Italy) Institut Jean Lamour (France) Sciences (CRNTS), IIT Bombay (India) TUESDAY Amphitheater Caliste Atelier 1 Atelier 4 & 5 Modules Development and Zintl Phases {Mg Sb } Chalcogenides (S, Se, Te) 3 2 Technology Svilen Bobev Paz Vaqueiro Terry Hendrix 08:30 Donor-type doping in BiCuSeO: from µTEGs for Self-Powered Sensor Nodes: 08:45 high ZT values in p-type materials Device Optimization and System towards p-to-n type switching Integration David Berardan Jane Cornett Univ. Paris-Sud (France) Analog Devices (US) 08:45- Thermoelectric properties of oxysulfide Human body-heat energy harvesters based 09:00 INVITED Bi1-xPbxCuOS compounds on transverse thermoelectric effects Phase boundary mapping for the discovery Jean-Baptiste Labégorre Je-Hyeong Bahk and optimization of thermoelectric Laboratoire CRISMAT (France) EECS Dept, University of Cincinnati (US) 09:00- materials Data-driven Discovery of Cu-S based Characterization of micro thermoelectric 09:15 Jeff Snyder Thermoelectric Materials coolers with high packing density Northwestern University (US) Ruizhi Zhang Heiko Reith School of Engineering and Material Science, Leibniz Institute for Solid State and Materials Queen Mary University of London (UK) Research - IFW Dresden (Germany) 09:15- Enhancement of average ZT of n-type INVITED Thermoelectric nanogenerator array: a 09:30 Mg3(Sb,Bi)2 by increasing grain size Interplay between the structural and viable source of power for the autonomy of Hiromasa Tamaki thermoelectric properties in Cu-S based wireless sensors networks? Panasonic Corporation (Japan) synthetic minerals Dimitri Tainoff Koichiro Suekuni Institut Néel (France) 09:30- Probing the Thermal Stability Te-doped Department of Applied Science for A High Efficient Thermoelectric Module with Electronics and Materials, Interdisciplinary 09:45 Mg3Sb1.5Bi0.5 via Combined Total Scattering Heat Storage utilizing Sensible Heat for IoT and Powder Diffraction Graduate School of Engineering Sciences, Power Supply Lasse Rabøl Jørgensen Kyushu University (Japan) Kanae Nakagawa Center for Materials Crystallography, FUJITSU LABORATORIES LTD. (Japan) Department of Chemistry, Aarhus University (Denmark) 09:45- Observation of Valence band crossing: The A structural and thermoelectric study of Fabrication and characterization of 10:00 Thermoelectric Properties of the CaZn2Sb2- a Cu-rich sulfide family: the germanite thermoelectric generators based on silicon CaMg2Sb2 Solid Solution Cu26-xFe4+xGe4S32 nanowire forests Max Wood Laura Paradis-Fortin