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| Posters boards will be available for preliminary poster session set-up at 3:30 p.m. in the Atrium/Harborview Area. The poster session will begin at 6:00 p.m. |
| Session I, T. Hogan - Bulk Materials I | ||||
| A. Anukhin | MO-PS.01 | Component Distribution During The Melting Of Solid Solutions (Bi,Sb)2Te3 Grown From The Excessive Tellurium Melt | ||
| O.N. Uryupin | MO-PS.O9 | Transverse Nernst-Ettingshausen Coefficients of Tin Doped Bismuth Single Crystals | ||
| G. Sumanasekera | MO-PS.33 | Thermoelectric Properties Of Bi Infiltrated Opal-based Host. | ||
| H. Suzuki | MO-PS.34 | Thermoelectric Properties of iron-silicon2 with Oxide-Particles doping | ||
| A.T. Burkov | MO-PS.41 | High-temperature thermoelectric properties of heavy-fermion and mixed-valence compounds CeM2Si2 (M=Cu, Co, Mn, Ni, and Fe). | ||
| A. Dauscher | MO-PS.42 | Structural and thermoelectric properties of pulsed laser deposited PbTe thin films | ||
| E. Müller for M. Zhitinskaya | MO-PS.47 | Extraordinarily High Homogeneity of Electrical Properties of Bi2-xSnxTe3 Single Crystals | ||
| H.T. Kaibe | MO-PS.48 | Electrical and Thermal Properties for P-Type b-FeSi2 with Mn and Al Combination Doping | ||
| M. Bartkowiak | MO-PS.51 | Electronic structure of Sb2Te3 under pressure | ||
| J.C. Tedenac | MO-PS.52 | Mechanical Alloying Lead Telluride Based Materials: Synthesis And Microstructural | ||
| Session 2, G. Nolas - Bulk Materials II | ||||
| R. Funahashi | MO-PS.02 | Thermoelectric properties of layered Co-based oxides | ||
| M. Ito | MO-PS.03 | Preparation of Iron Disilicide by Sintering with Cu Addition and Their Thermoelectric Properties | ||
| A. Heinrich | MO-PS.16 | Rhenium Disilicide as Thermoelectric Material | ||
| M.G. Kanatzidis | MO-PS.17 | New Zintl Phases as Possible Thermoelectric Materials : Ba4In8Sb16, Ba6Sn8Sb18.2, and Ba6Ge25 | ||
| Y. Nagamoto | MO-PS.24 | Thermoelectric Properties of barium-Inclusion silicon clathrates | ||
| A. Yamamoto | MO-PS.28 | Solid-State Synthesis of Single-Phase Zinc4-Antimony3 Bulk Sample on the Route of the Bulk Mechanical Alloying | ||
| A. Kaliazin | MO-PS.43 | Thermoelectric Properties of Magnesium Stannide with Lead | ||
| V. Kuznetsov | MO-PS.46 | Preparation and Thermoelectric Properties of A8IIB16IIIB30IV Clathrate Compounds. | ||
| H. Anno | MO-PS.58 | Transport Properties of CoSb3 Doped with Magnetic Impurities Fe and Ni | ||
| Session 3, Bartkowiak - Low-D Materials I | ||||
| A. Khitun | MO-PS.O4 | Thermoelectric Figure of Merit Enhancement in Si and SiGe Quantum Wires due to Spatial Confinement of Acoustic Phonons | ||
| J.B. Ketterson | MO-PS.45 | Bi Substitution Effects on Sb2Te3 Thin Films on CdTe(111) and GaAs(111)* | ||
| A. Gulian | MO-PS.15 | Anisotropic Thermoelectricity in Layered Oxide Materials and Imaging Detectors* | ||
| M.G. Kanatzidis | MO-PS.18 | Synthesis, Structure, and Thermoelectric Properties of New Ternary Pb/Bi/Se Compounds | ||
| A. Khitun | MO-PS.39 | Optimization of the Thermoelectric Properties via Phonon Enginering | ||
| A. Zakhidov | MO-PS.49 | Thermoelectric Properties of p-n Junction Arrays: Thermotransistor Effect* | ||
| T.E. Huber | MO-PS.53 | Making Low Resistance Bismuth Wire Array Composites By High Pressure Injection Of Anodic Alumina | ||
| V. Zakordonet | MO-PS.59 | Influence of Electron and Phonon Drag on Thermoelectric Figure of Merit of Semiconductors with Limited Dimensions. | ||
| Y. Boikov | MO-PS.37 | Epitaxial Bismuth Telluride Based Thin and Thick Films | ||
| X. Sun | MO-PS.61 | Theoretical Modeling Of Thermoelectricity in Bi Nanowires | ||
| Session 4, A. Shakouri - Low-D Materials and Phonons | ||||
| E. Rogacheva | MO-PS.O6 | Thermoelectric Characteristics of PbS/EuS Superlattices | ||
| G. Chen | MO-PS.13 | Thermal Conductivity and Heat Conduction in Si/Ge Superlattices* | ||
| J.B. Ketterson | MO-PS.19 | Anisotropic Seebeck and Magneto-Seebeck Coefficients of Bi and BiSb Alloy Thin Films* | ||
| T. Ohta | MO-PS.25 | Thermoelectric Properties Of Silicon Thin Film With Modulated Doping | ||
| H. Okumura | MO-PS.26 | Theoretical Transport Models of Semiconductors | ||
| S.B. Schujman | PO-PS.30 | Getting Rid of Acoustic Phonons in Heat Transport* | ||
| M.V. Vedernikov | MO-PS.36 | Phonon Drag and Inelastic Electron Scattering by Acoustic Phonons in Semiconductor Superlattice | ||
| J.B. Ketterson | MO-PS.44 | Thermoelectric Properties of Artificially Layered (BiSb)2Te3* | ||
| K. E. Goodson | MO-PS.05 | Thermal Characterization of Bi2Te3/Sb2Te3 Superlattices | ||
| A.G. Shkorbatov | MO-PS.60 | The Theory of Point-Contact Phonometer for the Heat Transport in Atomic Scale Contacts | ||
| Session 5, J. Stockholm - Devices and Applications | ||||
| E. Rogacheva | MO-PS.O7 | The Improvement of Thermoelectric Properties of Heterophase Alloys Based on Tin Telluride | ||
| D.P. Snowden | MO-PS.O8 | High Temperature Segmenting for Increased Specific Output* | ||
| G. Noriega | MO-PS.22 | Development of A New Experimental Method and Simulation to Know the Thermal And Electric Characteristics of a Peltier Cell | ||
| A. Kondo | MO-PS.31 | New Proposal of Medium Temperature Thermoelectric Conversion in Power Plant | ||
| A. Zakhidov | MO-PS.32 | Design and Fabrication of Periodic Two-component Thermoelectric Nanocomposites and Hybrid Coolers | ||
| Y. Iwaisako | MO-PS.50 | High Performance Production of Bismuth2-Tellurium3 Based Thermoelectric Materials on the Route of the Bulk Mechanical Alloying Method | ||
| A. Holopkin | MO-PS.55 | Integrated Thermoelectric Cooling Modules and Blocks | ||
| Y. Hasegawa | MO-PS.54 | Optical and Electronic Measurements of Carrier and Transport Properties of Bismuth-Antimonide | ||
| P.Y. Takhistov | MO-PS.57 | The Simple Relations to Express Consumer Parameters for Two-Stage Thermoelectric Module Connected in Parallel | ||
| Session 6, B. Mathiprakasam - Device and Characterization | ||||
| R.J. Buist | MO-PS.12 | Development of a Burst Voltage Measurement System for High-Resolution Contact Resistance Tests of Thermoelectric Heterojunctions | ||
| A. Gulian | MO-PS.14 | Thermoelectric Seebeck-Effect Based Detectors for Hyperspectral Arrays | ||
| P.G. Lau | MO-PS.20 | Convection Correction Factor Determination for Use With the Transient Test Method for Thermoelectric Modules | ||
| O.J. Luste | MO-PS.21 | Thermoelectric modules: structure, technologies, reliability | ||
| G. Chen | MO-PS.23 | Steady-State and Transient Spot Cooling Using Thermoelectric Microcoolers | ||
| Y. Tanji | MO-PS.35 | Electric and Thermal Contact Resistances of the New Type Thermoelectric Module Assembled by a Screwing Method | ||
| L.I. Anatychuk | MO-PS.38 | Computer simulation of the functionally graded materials for cooling thermoelements with optimal heat sources /sinks distribution | ||
| S.M. Gorodetskiy | MO-PS.56 | Determination of Thermoelectric Module Parameters | ||
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