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15:00 |
DS 42.1 |
Thermoelectric Property Modification in Hybrid Semiconducting/Metal Superlattices and Local Characterization by SThM — •Guodong Li, Daniel Grimm, and Oliver. G Schmidt
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15:15 |
DS 42.2 |
Thermoelectric properties of meso-porous thin films from laser-assisted wet-chemically doped group-IV nanoparticles — •Anton Greppmair, Benedikt Stoib, Tim Langmann, Nils Petermann, Hartmut Wiggers, Martin Stutzmann, and Martin S. Brandt
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15:30 |
DS 42.3 |
Thermoelectric transport in Sb2Te3 thin films — •Nicki F. Hinsche, Florian Rittweger, Tomáš Rauch, Jürgen Henk, and Ingrid Mertig
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15:45 |
DS 42.4 |
Reduction of Thermal Conductivity in Si-Isotope-Multilayers — •Michael Bachmann, Michael Czerner, and Christian Heiliger
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16:00 |
DS 42.5 |
Full ZT and Crystallographic Characterization of Individual Bismuth Telluride Nanowires — •Danny Kojda, Rüdiger Mitdank, Anna Mogilatenko, William Töllner, Zhi Wang, Michael Kröner, Peter Woias, Kornelius Nielsch, and Saskia F. Fischer
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16:15 |
DS 42.6 |
Full thermoelectric characterization and Lorenz number of individual metallic nanowires — •Rüdiger Mitdank, Danny Kojda, Zhi Wang, Michael Kröner, Peter Woias, and Saskia F. Fischer
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16:30 |
DS 42.7 |
Phonon thermal conductivity in cross-section modulated Si wires: A transition from nano- to microscale regime — Alexandr I. Cocemasov, Denis L. Nika, •Vladimir M. Fomin, Daniel Grimm, and Oliver G. Schmidt
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16:45 |
DS 42.8 |
Phonon processes in silicon crystalline quantum wires with amorphous surface — Dmitrii V. Crismari, Denis L. Nika, •Vladimir M. Fomin, Daniel Grimm, and Oliver G. Schmidt
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17:00 |
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Coffee break (15 min)
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17:15 |
DS 42.9 |
Half Heusler compounds as high performance thermoelectric materials — •J Schmitt, Z Gibbs, J Snyder, and C Felser
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17:30 |
DS 42.10 |
Simulation Study on Thermoelectric Half Heusler Materials — •Heiko G. Schoberth, Heike Emmerich, and Thomas Gruhn
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17:45 |
DS 42.11 |
Long term stability of Half Heusler compounds at high temperatures — •Julia Krez, Benjamin Balke, and Claudia Felser
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18:00 |
DS 42.12 |
Phase separation as the key to thermoelectric highly efficient Heusler compounds — •Benjamin Balke
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18:15 |
DS 42.13 |
Reduced thermal conductivity in Half-Heusler superlattices — •Paulina Holuj, Tino Jaeger, Benjamin Balke, Sascha Populoh, Anke Weidenkaff, Claudia Felser, and Gerhard Jakob
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18:30 |
DS 42.14 |
Thermal conductivity of nano-structured thermoelectric materials — •Chandan Bera, Lasse Bjerg, Ankita Katre, Georg K. H. Madsen, and Ralf Drautz
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18:45 |
DS 42.15 |
Phonon drag effect in FeGa3 — Maik Wagner-Reetz, •Deepa Kasinathan, Walter Schnelle, Raul Cardoso-Gil, Helge Rosner, Peter Gille, and Yuri Grin
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