Good Thermoelectrics / G.D. Mahan |
Introduction |
Devices |
Bulk Semiconductors |
Review of Material |
Narrow-Gap Semiconductors |
Metals |
Summary |
Displacement Damage in Irradiated Metals and Semiconductors / R.S. Averback ; T. Diaz de la Rubia |
Binary Collision and Thermal Spike Models |
Defect Production Near Threshold Energies |
Dynamics of Collision Cascades: Beyond BCA Models |
Ion Beam Mixing |
Defect Production in Cascades |
The Primary Stateof Damage |
Effects of Surfaces and Applied Stresses on Cascades |
Freely Migrating Defects |
Conclusions |
Theory of Electromigration / R.S. Sorbello |
Driving Force for Electromigration |
Theoretical Calculations |
Beyond the Adiabatic Picture |
Conclusion |
Image States on Single-Crystal Metal Surfaces / R.M. Osgood ; X. Wang |
Our Theoretical Understanding of Image States |
Experimental Probes of Image State Properties |
Experimental Measurements of the Stationary Properties of Image States on Bare, Single-Crystal Surfaces |
Measurements of the Dynamic Properties of Image States |
Image States on Ferromagnetic Surfaces |
Image States and Surface Conditions |
Lateral Quantum Confinement of Surface Electrons |
Fracture Toughness of Materials: From Atomistics to Continuum Theory / A.E. Carlsson ; R. Thomson |
Levels of Description of Materials |
Calculations of Fracture Toughness |
Connections Between Different Approaches |
Author Index |
Subject Index |
Some Fundamentals of Grain Growth / D. Weaire ; S. McMurry |
The Theory of Nucleation / D.T. Wu |
Driven Alloys / G. Martin ; P. Bellon |
LightEmission from Silicon / L.C. Kimerling ; K.D. Kolenbrander ; J.M. Michel ; J. Palm |
Solid State Properties of Fullerenes and Fullerene-Based Materials / J.H. Weaver ; D.M. Poirier |
Preparation of Fullerenes and Fullerene-Based Materials / C.M. Lieber ; C.-C. Chen |
Structure and Dynamics of Crystalline C60 / J.D. Axe ; S.C. Moss ; D.A.Neumann |
Electrons and Phonons in C60-Based Materials / W.E. Pickett |
Physical Properties of Metal-Doped Fullerene Superconductors / Z. Zhang |
Nonlinear Spin Waves in Magnetic Thin Film-Based Active Feedback Rings / 1: |
Liquid Crystals with Active and Passive Nanoparticle Dopants / 2: |
Magnetic Creep / 3: |
Contributors to Volume 61 |
Preface |
Editors's Note |
Generalized Thermodynamics of Surfaces with Applications to Small Solid Systems / Robert C. Cammarata |
Background / I: |
Thermodynamics of Bulk Solids / III: |
Availability and Free Energy / IV: |
Thermodynamics of Systems with Surfaces / V: |
Applications / VI: |
Acknowledgments |
Appendix A: Stress and Strain in Solids / VII: |
Appendix B: Effect of the Dividing Surface Location on the Curvature Contributions to the Fundamental Equation / VIII: |
Appendix C: Gibbs-Thomson Effects on Small Solids / IX: |
Appendix D: Critical Thickness for a Crystallographically Anisotropic Thin Film System / X: |
Materials Science of Hydrogen/Oxygen Fuel Cell Catalysis / J. Erlebacher |
Thermodynamics and Kinetics of the Hydrogen/Oxygen PEM Fuel Cell |
The Catalyst Layer in PEM Fuel Cells |
Improving the Hydrogen Oxidation Reaction |
Improving the Oxygen Reduction Reaction |
Synthesis and Outlook |
Effect of Dislocations on Electrical and Optical Properties in GaAs and GaN / J. H. You ; H. T. Johnson |
Modeling of Dislocations in Semiconductor Materials |
Electron Scattering due to Threading Edge Dislocations |
Single Electron Model for Calculating Dislocation Effects on Optical Properties |
Effect of Edge Dislocations on Optical Properties of GaN and GaAs |
Effect of Open-Core Screw Dislocations on Optical Properties in GaN |
Conclusions: Understanding Dislocation Effects Across the III-V Materials |
Appendix A |
Appendix B |
Appendix C |
Spin-torque Oscillators / Joo-Von Kim |
Micro-BLS / G. Gubbiotti ; M. Madami ; S. Tacchi ; G. Carlotti |
Progress in Liquid and Glass Physics by Brillouin Scattering Spectroscopy / L. Comez ; C.Masciovecchio ; G.Monaco ; D. Fioretto |
Metamaterials Properties of One-Dimensional and Two-Dimensional Magnonic Crystals / R. Zivieri |
Good Thermoelectrics / G.D. Mahan |
Introduction |
Devices |