Die Kunst of Phonons

Lectures from the Winter School of Theoretical Physics

T. Paszkiewicz, K. Rapcewicz (Herausgeber)

Buch | Softcover

432 Seiten

2012 | Softcover Reprint of the Original 1st 1994 ed.
Springer-Verlag New York Inc.
9781461360445 (ISBN)

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Between 15 and 27 February 1993, the XXIX Winter School of Theoretical Physics was held in the Hotel Gwarek in Kudowa Zdroj, Poland. The present volume contains the proceedings of the Winter School. In keeping with the name Die Kunst of Phonons, the School was dedicated to the physics of phonons. Historically the field of phonons has been a conglomeration of various directions related only by the fact that phonons were involved. The subject has matured greatly and it is now possible to speak of a field of phonon physics proper. Further, it is possible to speak of many of the phenomena seen in phonon physics as being, truly, beautiful. As the object of the book is to present tutorial reviews of the state of the art (Kunst) together with the fact that the state of the art often times reveals beautiful phenomena (more Kunst) we chose a title that reflected this and was also arresting, forcing the prospective reader to stop and reconsider his preconceptions about phonon physics. The use of the german word (with its echoes of Bach's "die Kunst der Fuge") enhances the effect on the prospective reader.

Phonons: General.- Recent Progress in Using the Effective Potential Method.- Momentum and Quasimomentum in the Physics of Condensed Matter.- Partial Frequency Distribution Functions and the Problem of the Localization of Atomic Vibrations in Real and Multilayered Crystals.- Selfconsistent Approach to Phonon Localization in Harmonic Crystals with Defects.- Bulk Phonon-Polaritons in Rest strahlen Region of A3 B5 Compound Superlattice.- Phonon Focusing.- Thermal Phonon Imaging.- Phonon Imaging at Ultrasonic Frequencies: The Dynamic Response of Anisotropic Solids.- Phonon Patterns of Cubic Crystals Monte Carlo Simulation Program.- Surface Phonon Focusing at Ultrasonic Frequencies.- Time-Dependent Specific Heat of Crystals and Glasses at Low Temperatures.- Optical Studies of Nonequilibrium Phonons in Semiconductors.- Monte-Carlo Calculated Nonequilibrium Phonon Pulses in GaAS.- Influence of Sample Temperature and Pumping Intensity on the Processes of Hot Spot Formation and Degradation.- Ballistic Phonon Propagation in AT-Cut Quartz.- Effect of Resonant Scattering by Paramagnetic Centers on the Propagation of Nonequilibrium Phonons.- Singularities of the Heat Conductivity in Thin Dielectric Slabs.- Interaction of Bulk Phonons with Low Dimensional Gases of Carriers.- Acoustic Phonon Interaction with Two-Dimensional Electron and Hole Systems.- Phonon Emission and Absorption Experiments in the Quantum-Hall Regime.- Phonon Measurements of the Energy Gap in the Fractional Quantum Hall State.- Response of a Two-Dimensional Electron Gas to Pulses of a Phonon Field.- Phonon-Drag Effect in 1-Dimensional Electron Gases.- The Thermoelectric Behaviour of Two Dimensional Electron and Hole Gases and Quantum Point Contacts.- Energy Relaxation via Acoustic Phonons in 2D and 1D Electron Systems.- A Theory of the Suppression of the Electron-Phonon Interaction.- Carrier Capture by Quantum Wells via 3D?2D and 2D?2D Channels.- Phonon Mediated Detectors Of Elementary Particles.- Application of Phonon Physics to Cryogenic Detectors.- Cryogenic Particle Detectors: Phonon Physics in Niobium.- Molecular Crystals.- Phonon Scattering and Heat Transfer in Simple Molecular Crystals.- Fullerenes.- Theoretical Investigations of the Orientational Ordering Transition in Solid C60.- Dynamics Close to the Glass Transition.- Electron Systems.- The Surface Impedance and the Slab Conductivity of Metals Beyond the Relaxation Time Approximation Transition.- Linear Thermoelastic Generation of Ultrasound in Metals.- Elect ron-Phonon Coupling in Strongly Correlated Electron Systems.- Magnetophonon Resonances on Three Phonon Modes in ZnxCdyHg1-x-yTe Epitaxial Layers.- A Note on the Measurement of Intersubband Relaxation Time by an Infrared Bleaching Technique.- Participants.

Zusatzinfo	XII, 432 S.
Verlagsort	New York
Sprache	deutsch
Maße	178 x 254 mm
Themenwelt	Naturwissenschaften ► Physik / Astronomie ► Atom- / Kern- / Molekularphysik
Themenwelt	Naturwissenschaften ► Physik / Astronomie ► Festkörperphysik
ISBN-13	9781461360445 / 9781461360445
Zustand	Neuware