Festkörperprobleme 25 (eBook)

Liquid surfaces studied by synchrotron X-ray radiation.- Ab initio total energy methods in semiconductor physics.- Dynamics simulation of simple liquids.- Layered crystals and intercalated compounds.- Static and dynamic critical behavior at surfaces.- Statistical mechanics of disorder and applications to complex problems.- Fractals and phase transitions.- Dynamics of a charge-density wave in a lattice.- The dynamics of complexity.- Electrohydrodynamic instabilities and transition to turbulence.- Critical behaviour of dissipative quantum systems.- Chaotic motion of an impact oscillator.- The anharmonic oscillator with a randomly modulated frequency.- Phonon coherent states and response functions of harmonic polarizable crystals.- The quantum liquids 3He and 4He.- Roughening transition and helium crystals.- Phase separation in charge-stabilized colloidal dispersions.- Dynamics of chemical reactions in dense systems: Scaling and mode coupling.- Surface oxidation induced by laser irradiation in semiconductors.- Electronic structure of clusters: Model studies of core level binding energy shifts.- Monte Carlo and molecular dynamics studies of microclusters.- Dielectric properties of suspensions.- Electronic structure of conducting polymers.- Nonlinear conductivity in the organic semiconductors (MEM)1?x (METM)x (TCNQ)2.- Tunneling of charge density waves in transition metal trichalcogenides.- Ab initio calculations of elastic and electronic properties of semiconductors.- Microscopic electronic screening in semiconductors.- Force calculations in solids.- Quasiparticles in heavy fermion systems.- Heavy electron superconductors.- Magnetic-field-induced superconductivity.- Possibility of superconductivity in the electron-hole liquid.- The random field ising model.- Towards a field theory of spin glasses.- Relaxation in spin glasses.- Spin glasses: The quantum statistical model and its solutions.- ARUPS Studies of the electronic states of disordered, semimagnetic, semiconducting Cd1?xMnxTe.- Polarized photoemission in GaAs: Spin relaxation effects.- Relativistic effects in electronic structure of solids.- Spin precession and polarization of conduction electrons in the band-bending region of GaAs (110).- The efficiency of resonant light scattering on excitons.- Coherence and saturation of exciton polaritons in semiconductors.- Band edge spectra of highly excited gallium arsenide.- Measurement and computer simulation of some basic ultrafast processes.- Principles of hot electron thermionic emission (real space transfer) in semicoductor heterolayers and device applications.- Applications of amorphous silicon in electronic devices.- Quantum mechanical duality in SQUID rings and the design and operation of a quantum mechanical voltmeter.- Nonlinear optical effects in the applications of optical fibers.- Quaternary semiconductor lasers.- Dielectric materials for phase conjugation and optical image processing.- Frontiers of semiconductor superlattice growth.- Subband dispersion and landau levels in semiconductor heterojunctions and superlattices.- Energy levels and charge transfer in modulation-doped heterostructures.- The theory of the quantum hall effect-Its present state.- Fractional quantum hall effect.- Semiclassical states in the quantum Hall effect.- Four-terminal quantum hall and shubnikov-de haas measurements with pulsed electric fields.- Spectroscopy on two-dimensional electron systems.- The 2-dimensional electron gas in bicrystals.- The electron-phonon interaction in quantum wells: Antiscreening and slab modes.- A critical comparison of angle resolved photoemission spectra with calculated band structures of layered compounds.- Experiments on electron localization and interactions in two-dimensional metal films.- Statistics and scaling of two-dimensional resistances.- Coherent effects in conductivity of glassy ZrCu alloys.- Photoemission studies of semiconductor surfaces with synchrotron radiation.- Anisotropic reflectivity of surface states in semiconductors.- Surface phonons.- Low-energy electron diffraction - Experiment and theory.- Ion beam crystallography of solid and molten surfaces.- Metallic multilayers and superlattices.- Structure and crystallization of the 2D classical electron fluid.- Solving surface structures with X-ray diffraction.- Empty electronic states at clean and adsorbate covered surfaces.- Transition-metal impurities in semiconductors.- "Simple" acceptors B, Al, Ga, In, Tl in silicon.- The use of hydrostatic pressure and alloying to introduce deep levels in the forbidden gap of InSb, GaAs, and Ga1?xAlxAs.- Boron impurity antisite defects in GaAs and GaP.- Optically detected magnetic resonance of anion antisite defects in GaAs and GaP.- Antisite defects and EL2 in GaAs.- Raman scattering in superconductors.- Light scattering in silver halides.- Raman scattering in rare earth intermetallic compounds: Direct observation of intra- and inter-configurational excitations in an intermediate valence compound.- Diffusion in metals studied by Mößbauer spectroscopy and quasielastic neutron scattering.- Fractal structures studied by small-angle X-ray and neutron scattering.- Characterization of atomic defects by positron annihilation.- Inelastic X-ray scattering with very high resolution.- EXAFS of Cd1?xZnx Te: A test of the random distribution in zincblende ternary alloys.- Vacuum tunnelling microscopy-A status report.- Traversal time for tunneling.- Phenomena and mechanisms of deformation by creep of crystalline solids.- Molecular structure and viscoelastic properties of biomembranes.- Structure and dynamics of nerve membranes.- Charge transport through membranes.