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| Posters boards will be available for preliminary poster session set-up at 9:30 a.m. in the Atrium/Harborview Area. The poster session will begin at 11:45 a.m. |
| Session I, H.B. Lyon - Device & Applications I | ||||
| H. Huang | TU-PS.21 | Fabrication of Large Scale FeSi2 Thermoelectric Device | ||
| V.I. Nekhoroshev | TU-PS.30 | Development of Research Project on Environmental Cooling Systems Based on the Peltier Effect | ||
| A. Yamamoto | TU-PS.32 | Thermopipe Concept | ||
| I.M. Belov | TU-PS.34 | Optimization of Peltier Thermocouple Using Distributed Peltier Effect | ||
| L.I. Anatychuk | TU-PS.35 | Thermoelectric distilling apparatus for space application | ||
| L.I. Anatychuk | TU-PS.37 | Thermoelectric cooling modules with extreme characteristics | ||
| T. Wartanowicz | TU-PS.44 | Low Temperature Thermoelectric Cooling System | ||
| A. Holopkin | TU-PS.55 | High Reliability Thermoelectric Cooling Modules | ||
| S. Kagawa | TU-PS.56 | Feasibility study of BiTe Thermoelectric Generator System by using heat transfer oil for Waste Heat | ||
| B.S. Malkovich | TU-PS.57 | Thermoelectric cooling devices based on bismuth telluride alloys in medicine: data of the USSR and Russia patent documentation | ||
| Z. Jianzhong | TU-PS.61 | Thermoelectric Cooler For Space Microgravity Experiment | ||
| Session 2, R. Buist - Device and Applications II | ||||
| F. Skoropad | TU-PS.27 | The Metal Amorphous Alloys Thermocouple | ||
| A. Khellaf | TU-PS.28 | Thermocouple Dynamic Measurement Error | ||
| A. Khellaf | TU-PS.29 | Prediction of Thermocouple Optimal Dynamic Performance | ||
| V.I. Nekhoroshev | TU-PS.31 | Influence of Condition to Deformation on Structure and Elektrophysical Cahracteristics of Branches of Thermoelements Tinned by Method of Extrusion from the Solid Solution "n"- Bi2Te3-xSex and "p"Bi0,52Te3Sb 1,48 | ||
| Y. Hori | TU-PS.33 | Analysis on thermo-mechanical stress of thermoelectric module | ||
| L.I. Anatychuk | TU-PS.36 | Investigation of possibility of thermoelectric generators with catalytic heat source efficiency increase | ||
| L.I. Anatychuk | TU-PS.38 | Thermoelectric devices for medicine | ||
| L.I. Anatychuk | TU-PS.52 | Thermoelectric Energy Converters, Thermoelements, Element Base of Thermoelectricity | ||
| V. Zakordonet | TU-PS.59 | CANCELLED | ||
| V.A. Kutasov | TU-PS.19 | Improved Thermoelectric Material of n-Type Based on (of bismuth, antimony)2-tellurium3 for Temperatures Below 200 K | ||
| Session 3, A. Borshchevsky - Bulk Materials I | ||||
| T. Tritt | TU-PS.01 | Thermoelectric Properties of Sb Doping in TiNiSn Half Heusler System | ||
| J. Poon | TU-PS.02 | Effect of Substitution on the Physical Properties of the Half-Heusler alloy ZrNiSn | ||
| M.G. Kanatzidis | TU-PS.03 | Half Heusler Phases as Potential Thermoelectric Materials | ||
| S.D. Mahanti | TU-PS.04 | Two-band model for transport properties of ZrNiSn and YNiSb | ||
| S. Katsuyama | TU-PS.05 | Thermoelectric Properties of Cobalt-Antimony3 with Oxide Particles Dispersion | ||
| D.C. Johnson | TU-PS.06 | Synthesis of Filled Skutterudite Compounds with Varied Degree of Fillings | ||
| W. Shin | TU-PS.10 | NiO-based Thermoelectric Materials | ||
| H. Bando | TU-PS.22 | XPS Study of Oxidation Process on Bi2-Te3 Surface | ||
| D.-B. Hyun | TU-PS.53 | Zone Inversion in the Bi2Se3 rich side of Bi2 Te3-Bi2 Se3 solid solution | ||
| D. Gubser | TU-PS.62 | An Experimentalist's View of Thermopower - Semi-classical Approach | ||
| Session 4, A. Yamamoto - Low-D Materials | ||||
| F. Brochin | TU-PS.08 | Thermoelectric properties of bismuth-silica nanocomposites | ||
| R. Kikuchi | TU-PS.20 | Structural and Thermoelectric Properties of Porous b-FeSi2 Prepared by Thermal Spraying and Sintering | ||
| D.R. Rolison | TU-PS.25 | Investigation of Composite Aerogels as Novel Thermoelectric Materials | ||
| K. Stokes | TU-PS.26 | Synthesis and Electronic Properties of Bismuth Nanoparticles | ||
| I. Khayrullin | TU-PS.39 | Electrochemical Thermoelectric Converters Based on Carbon Nanotubes and Carbon Nanofoam | ||
| M. Kozlov | TU-PS.40 | Preparation and Characterization of Thermoelectric Nanostructures Derived Using Carbon Nano-Molds | ||
| S.V. Melnichuk | TU-PS.43 | Thermoelectric figure of merit of superlattices | ||
| M.S. Dresselhaus | TU-PS.46 | Carrier Pocket Engineering to Design Superior Thermoelectric Materials Using Superlattice Structures | ||
| K Scherrer for A. Casian | TU-PS.49 | Thermoelectric Transport in Multivalley PbTe/PbEuTe Quantum Wells | ||
| M. Muhammed | TU-PS.60 | Synthesis of Nano -Engineered Skutterudites | ||
| Session 5, T. Ohta - Bulk Materials II | ||||
| J.-P. Fleurial | TU-PS.07 | Low Thermal Conductivity Filled and Unfilled Skutterudites | ||
| T. Tritt | TU-PS.14 | Microstructural and Microchemical Analysis of AlGaPdMn Quasicrystals | ||
| A. Shakouri | TU-PS.15 | Thermoelectric Power Factor for Electrically Conductive Polymers | ||
| H. Yamada | TU-PS.16 | Effect of Dispersion of Nanosize Silica Fine Powder on the Thermoelectric Properties of Cobalt-Doped Beta-Iron Disilicide | ||
| I. Ogawa | TU-PS.17 | Optical Measurement of Carrier Properties of Indium-Antimonide | ||
| I. Nomura | TU-PS.18 | Transport Coefficient Analysis of Indium-Antimonide | ||
| A. Gyulamiryan | TU-PS.24 | On The Origin of The Anomalous Peak ThermoEMF Temperature Dependence's Near the Superconducting Transition Critical Temperature | ||
| L.P. Bulat | TU-PS.48 | Nonlinear Thermoelectric Phenomena in a Composite Medium | ||
| I. Matsubara | TU-PS.54 | Thermoelectric Properties of Ru-based Oxides with a Layered Structure | ||
| Session 6, G.J. Snyder - Characterization | ||||
| I. Yonenaga | TU-PS.09 | Thermal And Electrical Properties Of Czochralski Grown Germanium-Silicon | ||
| T. Tritt | TU-PS.11 | High Temperature Electrical Transport in Al-Pd-Mn Quasicrystals | ||
| T. Tritt | TU-PS.12 | Thermal Conductivity and Hall Measurements of Pentatelluride Materials | ||
| T. Tritt | TU-PS.13 | Measurement of Physical Properties of the Copper-Polytellurides | ||
| A. Jeflea | TU-PS.23 | The Superposed Flash Method For Obtained Bi2Te2.7Se0.3 Thin Thermoelectric Films | ||
| O.N. Uryupin | TU-PS.41 | Influence of Films and Substrates Thermal Expansion Discrepancy on Bismuth Film Thermoelectric Properties | ||
| A. Yamamoto | TU-PS.42 | Thermoelectric Transport Properties Of Porous Silicon Nanostructure | ||
| T.M. Ritzer | TU-PS.51 | Quick Method for Determining the Reliability of a Thermoelectric Module via Pulse Testing | ||
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