Nonequilibrium superconductivity, phonons, and Kapitza boundaries
Author(s)
Bibliographic Information
Nonequilibrium superconductivity, phonons, and Kapitza boundaries
（NATO advanced study institutes series, ser. B . Physics ; v. 65）
Plenum Press published in cooperation with NATO Scientific Affairs Division, c1981
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National Institutes of Natural Sciences Okazaki Library and Information Center図
427.4/N579111145216
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Note
Includes bibliographies and index
"Based on the Proceedings of a NATO Advanced Study Insistute on Nonequilibrium Supersonductivity, Phonons, and Kapitza Boundaries, held August 25- September 5, 1980, in Acquafredda di Marates, Italy" -- t.p. verso
Description and Table of Contents
Description
The importance of phonons has long been recognized by research ers in nonequilibrium superconductivity. Similarly, experimentalists studying phonons at low temperatures have relied heavily on supercon ductors as sources and detectors. To a large extent this symbiotic relationship has developed with a general mutual awareness; however, to our knowledge these subjects have never been treated together in conferences or study institutes. It was with the hope of further contributing to the awareness and communication between workers in these areas that this NATO Advanced Study Institute (ASI) has been conceived. A second, but equally important, reason for holding this ASI is to fill a void by providing the first general textbook in this important area of physics. Therefore, there was an emphasis on the tutorial nature of the lectures and written contributions to this textbook. It should not go unnoticed that the experimental and theoretical concepts covered in this textbook are of paramount importance to the various applications of superconductors. Almost by definition, the use of a superconductor implies a nonequilibrium state! For example, phonon conduction to the helium bath is important in devices ranging from microscopic Josephson junctions to large scale magnets and transmission lines. Knowledge of the more fundamental nonequilibrium effects can aid in our understanding of devices as well as provide the potential for entirely new applications.
Table of Contents
1: The Kapitza Thermal Boundary Resistance between Two Solids.- 2: Kapitza Conductance of Solid-Liquid He Interfaces.- 3: Nonequilibrium Phonons.- 4: Phonon Optics in Semiconductors.- 5: Tunneling: A Probe of Nonequilibrium Superconductivity.- 6: The Effect of Microwave on Tunnel Junctions.- 7: Enhancement of Superconductivity.- 8: Heating and Dynamic Enhancement in Metallic Weak Links.- 9: Properties of Nonequilibrium Superconductors: A Kinetic Equation Approach.- 10: Stability of Nonequilibrium Superconducting States I: General Principles..- 11: Stability of Nonequilibrium Superconducting States II: Theory and Experiment.- 12: Normal-Superconducting Boundaries.- 13: Charge Imbalance.- 14: Kinetic Equations for Dirty Superconductors.- 15: Charge Imbalance: Its Relaxation, Diffusion and Oscillation.- 16: Thermoelectric Effects in Superconductors.- 17: Collective Modes of the Superconducting Order Parameter.- 18: Nonequilibrium Effects in 1-D Superconductors.- 19: Short Range Interaction between Two Superconducting Weak Links.- 20: Motion of Magnetic Flux Structures.- 21: Phonon Reflections from Solid-Solid Interfaces.- 22: Measurements of the Maximum Josephson Supercurrent vs. Magnetic Field as a Probe of Tunnel Barrier Uniformity.- Appendix: List of Symbols.
by "Nielsen BookData"