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Preface | p. xiii |
Materials Research Symposium Proceedings | p. xv |
Skutterudites | |
The Synthesis of Metastable Skutterudites and Crystalline Superlattices | p. 1 |
How Cerium Filling Fraction Influences Thermal Factors and Magnetism in Ce[subscript y]Fe[subscript 4-x]Ni[subscript x]Sb[subscript 12] | p. 2 |
Thermoelectric Properties of Some Cobalt Phosphide-Arsenide Compounds | p. 4 |
Superlattice | |
Epitaxial Growth and Thermoelectric Properties of Bi[subscript 2]Te[subscript 3] Based Low Dimensional Structures | p. 1 |
Synthesis and Physical Properties of Skutterudite Superlattices | p. 3 |
Artificially Atomic-Scale Ordered Superlattice Alloys For Thermoelectric Applications | p. 4 |
Thermoelectric Properties of PbSr(Se,Te)-Based Low Dimensional Structures | p. 5 |
New Materials I | |
Thermoelectric Figure of Merit, ZT, of Single Crystal Pentatellurides (MTe[subscript 5-x] Se[subscript x] : M = Hf, Zr and x = 0, 0.25) | p. 1 |
Thermoelectric Properties of Selenide Spinels | p. 3 |
Thermoelectric Properties of Tl[subscript 9]BiTe[subscript 6]/Tl[subscript 9]BiSe[subscript 6] Solid Solutions | p. 4 |
Investigations of Solid Solutions of CsBi[subscript 4]Te[subscript 6] | p. 5 |
Quantum Wires and Dots | |
Carrier Pocket Engineering for the Design of Low Dimensional Thermoelectrics With High Z[subscript 3D]T | p. 3 |
Half-Heusler Alloys and Quasicrystals | |
Effects of the Addition of Rhenium on the Thermoelectric Properties of the AlPdMn Quasicrystalline System | p. 1 |
Effect of Substitutional Doping on the Thermal Conductivity of Ti-Based Half-Heusler Compounds | p. 2 |
High Temperature Thermal Conductivity Measurements of Quasicrystalline Al[subscript 70.8]Pd[subscript 20.9]Mn[subscript 8.3] | p. 4 |
Te Theory | |
Theoretical Evaluation of the Thermal Conductivity in Framework (Clathrate) Semiconductors | p. 1 |
Electronic Structure of CsBi[subscript 4]Te[subscript 6] | p. 2 |
Where Should We Look for High ZT Materials: Suggestions From Theory | p. 3 |
Enhancement of Power Factor in a Thermoelectric Composite With a Periodic Microstructure | p. 5 |
New Materials II | |
Connections Between Crystallographic Data and New Thermoelectric Compounds | p. 1 |
Investigation of the Thermal Conductivity of the Pentatellurides (Hf[subscript 1-X]Zr[subscript X]Te[subscript 5]) Using the Parallel Thermal Conductance Technique | p. 3 |
Compositional and Structural Modifications in Ternary Bismuth Chalcogenides and Their Thermoelectric Properties | p. 4 |
Doping Studies of n-Type CsBi[subscript 4]Te[subscript 6] Thermoelectric Materials | p. 5 |
Exploring Complex Chalcogenides for Thermoelectric Applications | p. 6 |
Poster Session | |
Semiconductors With Tetrahedral Anions as Potential Thermoelectric Materials | p. 2 |
Lattice Dynamics Study of Anisotropic Heat Conduction in Superlattices | p. 3 |
Structure and Thermoelectric Properties of New Quaternary Tin and Lead Bismuth Selenides, K[subscript 1+x]M[subscript 4-2x]Bi[subscript 7+x]Se[subscript 15] (M = Sn, Pb) and K[subscript 1-x]Sn[subscript 5-x]Bi[subscript 11+x]Se[subscript 22] | p. 4 |
Processing, Characterization, and Measurement of the Seebeck Coefficient of Bismuth Microwire Array Composites | p. 5 |
Characterization of New Materials in a Four-Sample Thermoelectric Measurement System | p. 6 |
Crystal Growth of Ternary and Quaternary Alkali Metal Bismuth Chalcogenides Using Bridgman Technique | p. 8 |
Thermoelectric Properties of Doped Iron Disilicide | p. 10 |
Transport Properties of the Doped Thermoelectric Material K[subscript 2]Bi[subscript 8-x]Sb[subscript x]Se[subscript 13] | |
Structural Properties of Strain Symmetrized Silicon/Germanium (111) Superlattices | p. 13 |
Electric and Thermoelectric Properties of Quantum Wires Based on Bismuth Semimetal and Its Alloys | p. 16 |
High-Z Lanthanum-Cerium Hexaborate Thin Films for Low-Temperature Applications | p. 21 |
Thermionics | |
Thermal Conductivity of Bi/Sb Superlattice | p. 1 |
Upper Limitation to the Performance of Single-Barrier Thermionic Emission Cooling | p. 4 |
Umklapp Scattering and Heat Conductivity of Superlattices | p. 5 |
Skutterudites II | |
Partially-Filled Skutterudites: Optimizing the Thermoelectric Properties | p. 1 |
Bulk Synthesis of Completely and Partially Sn Filled CoSb[subscript 3] Using the Multilayer Repeat Method | p. 2 |
The Influence of Ni on the Transport Properties of CoSb[subscript 3] | p. 3 |
Structural Defects in a Partially-Filled Skutterudite | p. 4 |
Devices, Measurements, and Applications | |
Optimization of Bismuth Nanowire Arrays by Electrochemical Deposition | p. 1 |
Evaluation of a Thermoelectric Device Utilizing Porous Medium | p. 2 |
Electrochemical Deposition of (Bi,Sb)[subscript 2]Te[subscript 3] for Thermoelectric Microdevices | p. 3 |
Transient Thermoelectric Cooling of Thin Film Devices | p. 4 |
P-Type (SiGe) Si Superlattice Cooler | p. 5 |
Progress in the Development of Segmented Thermoelectric Unicouples at the Jet Propulsion Laboratory | p. 6 |
Clathrates | |
Thermal Conductivity of Type-I and -II Clathrate Compounds | p. 1 |
Framework Stoichiometry and Electrical Conductivity of Si-Ge Based Structure-I Clathrates | p. 2 |
Ultrasound Studies of Clathrate Thermoelectrics | p. 3 |
Synthesis and Characterization of Large Single Crystals of Silicon and Germanium Clathrate-II Compounds and a New Tin Compound With Clathrate Layers | p. 5 |
Thin Films Te | |
Electrodeposition of Bi[subscript 2]Te[subscript 3] Nanowire Composites | p. 1 |
Thermopower of Bi Nanowire Array Composites | p. 2 |
Experimental Investigation of Thin Film InGaAsP Coolers | p. 4 |
Author Index | |
Subject Index | |
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