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Progress in Low Temperature Physics. Volume 3 /
Progress in Low Temperature Physics V3.
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Amsterdam :
North Holland,
1961.
|
| Temas: | |
| Acceso en línea: | Texto completo Texto completo |
Tabla de Contenidos:
- Front Cover; Progress in Low Temperature Physics, Volume III; Copyright Page; Contents; Chapter I. Vortex Lines in Liquid Helium II; 1. Introduction; 2. Theoretical background; 3. Vortex lines in uniformly rotating helium; 4. The detection of single quanta of circulation; 5. The energy of a free vortex line; 6. The hydrodynamic stability of ideal superfluid flow; 7. Superfluid turbulence; 8. The validity of the concept of a simple vortex line; Chapter II. Helium Ions in Liquid Helium II; 1. Introduction; 2. Ionic structures in liquid helium; 3. The ionic motion in liquid helium II
- 4. The ionic mobilities5. Ionization and recombination processes; 6. Concluding remarks; Chapter III. The Nature of the?-Transition in Liquid Helium; 1. Introduction; 2. The specific heat near the?-point; 3. Thermodynamics of?-transitions; 4. Analysis of other measurements; 5. The nature of the transition; 6. Separation of the singularity; 7. Analysis of the specific heat of liquid helium; 8. The superconducting transition; Chapter IV. Liquid and Solid 3He; 1. Theories of liquid 3He; 2. Theories of solid 3He; 3. Pressure-volume-temperature relations; 4. Thermal properties
- 5. Transport properties of liquid solid 3He6. Nuclear spin relaxation in condensed 3He; 7. Velocity of sound in 3He; 8. Summary; Chapter V. 3He Cryostats; 1. Introduction; 2. First cryostat by Roberts and Sydoriak; 3. Calorimeter by Seidel and Keesom; 4. Calorimeter by Taconis and De Bruyn Ouboter; 5. Refrigerator with glass Dewar by Zinov'eva and Peshkov; 6. Refrigerator by Reich and Garwin; 7. Metal Refrigerator by Peshkov, Zinov'eva and Filimonov; 8. Large metal cryostat by Laquer, Sydoriak and Roberts; 9. Cryostat construction by Taconis and Le Pair
- Chapter VI. Recent Developments in Superconductivity1. Introduction; 2. Historical Survey; 3. Outline of the London and Pippard Theories; 4. London's quantum picture of the superconducting state; 5. Elementary excitations in normal metals; 6. Electron-phonon interactions; 7. Elementary excitations in superconductors; 8. Nature of the wave functions for superconductors; 9. Results for simplified model; 10. Thermodynamic properties; 11. Transition probabilities and coherence effects; 12. Electromagnetic properties; 13. Collective excitations; 14. Two-fluid model and persistent currents
- 15. Thermal conductivity16. Superconducting alloys and compounds; 17. Conclusions; Chapter VII. Electron Resonances in Metals; 1. Cyclotron resonance; 2. A special type of damping (non-skin) in a metal; 3. Paramagnetic resonance; Chapter VIII. Orientation of Atomic Nuclei at Low Temperatures II; 1. Theoretical results on nuclear effects with oriented nuclei; general theory; alpha and gamma radiation; 2. Theoretical results concerning beta radiation emitted from oriented nuclei; 3. Experimental results on alpha particle emission; 4. Beta asymmetry experiments