Application of High Magnetic Fields in Semiconductor Physics

Proceedings of the International Conference Held in Grenoble, France, September 13-17, 1982
Erscheinungsjahr 1983
ISBN: 978-3-540-11996-8
Verlag: Springer Berlin Heidelberg

Buch, Englisch, Band 177, 557 Seiten, Format (B × H): 170 mm x 244 mm, Gewicht: 1105 g

Reihe: Lecture Notes in Physics

Springer Book Archives

Zielgruppe

Research

Autoren/Hrsg.

Landwehr, G.

Inhaltsverzeichnis

Precision determination of h/e2 and the fine-structure constant from magneto-transport measurements on 2D electronic systems.- Gauge invariance and the quantised hall effect in two-dimensional systems.- Some remarks on the present understanding of the quantized hall effect in two dimensions.- Quantum transverse and hall resistivities in silicon MOS inversion layers at temperatures down to 12 mK.- Possible application of the quantized hall resistance to the realization of the electrical units.- Temperature dependence of the quantum hall effect in In0.53Ga0.47As-InP heterojunctions.- The quantized hall resistance and the Josephson effect.- On the two-dimensional wigner localization in high magnetic fields.- Negative magnetoresistance and Anderson localization in Si-MOSFETs and other 2D systems in semiconductor interfaces.- Electron-electron interaction effects in p-type germanium inversion layers.- Anharmonic effects in two-dimensional electron solids in magnetic fields.- Localisation and scaling of resistance of disordered systems including magnetic field effects.- High field magnetotransport IN GaAs/AlGaAs heterojunctions and SI mosfets.- Magnetotransport in GaInAs-InP heterojunctions and superlattices.- Quantum transport in GaInAs-AlInAs heterojunctions.- Bias voltage dependence of the temperature of hot n-Si inversion layer electrons in high magnetic fields.- Magnetoresistance in a two-dimensional impurity band.- Magnetoconductivity and cyclotron resonance studies on Na+-contaminated Si-SiO2-interfaces.- On the screening of impurities by a two dimensional electron gas in high magnetic fields.- Valley phase transition of Si inversion layers in high magnetic fields.- Electrical properties of layered materials in high magnetic fields.- Quantum oscillatory effect in graphite intercalation compounds.- Magneto-optical experiments on a thin InAs LAyer confined between GaSb in a parallel and perpendicular magnetic field.- Electronic structure of semiconductor superlattices.- Inelastic light scattering by two dimensional electron systems in high magnetic fields.- Anomalous cyclotron resonance of 2D electrons in AlxGa1?xAs/GaAs heterojunctions.- Faraday rotation and ellipticity in electron inversion layers of Si MOS structures.- Magnetooptical studies of deep impurities in III–V compounds.- Magneto optics of II–VI compounds under low and high excitation.- Magneto-reflectance of the B-exciton of CdS.- Magneto-optical studies of donor impurities under high pressure.- Magnetically tunable far infrared emitters and detectors.- Magnetooptical studies of phase transition in IV–VI compounds.- Transport properties in the active layer of a double heterostructure infection laser measured by a strong magnetic field.- Quantum oscillations of indirect interband magnetoabsorption below the Burstein edge.- Neutral bound excitons in a magnetic field.- Magneto-oscillation of relaxation time in electron hole-drops.- Experimental verification of nodal surface number conservation rule in magneto-optical effects of hydrogenic exciton.- Identification of contaminating donors in III–V compounds by far-infrared laser magneto-optical studies.- Magnetoplasma oscillations in a small conducting sphere.- Two-Photon spectroscopy in InSb at high magnetic fields.- Electron spin resonance in InSb under uniaxial stress.- Far-Infrared cyclotron resonance of hot carriers in InSb.- Magneto-thermal conductivity oscillations in n-type InSb.- Infrared emission due to the magnetoelectric-photo effect in InSb.- Optically pumped recombination radiation in zincblendesemiconductors under crossed magnetic and strain fields.- The metal- non metal transition in n-type InSb in high magnetic fields.- Shubnikov-de Haas effect in heavily doped n-InSb under pressure.- Interaction between T and L minima associated impurity states in n-InSb.- Anomalous NMR relaxation peak in InSb in the extreme quanium limit.- Dielectric function of Zero-Gap HiCdTe and HgMnte in a magnetic field.- Fermi surface properties of Pb71Sn29Te above and below the structural phase transition.- Evidence of fermi level pinning in Pb Sn1-xTex/In at high magnetic fields.- Magnetotransport properties of Hg0.8Cd0.2Te in pulsed fields up to 35 T.- Influence of an acceptor state on transport in zero-gap Hgl?xMnxTe.- Shubnikov-de Haas effect in amorphous Cd3As2.- Hopping conduction in the magnetic field.- Effect of dilute ionized impurities on the magnetoresistivity of Bismuth in high magnetic fields.- A magnetic field induced two-dimensional stripping of the polaron.- Variable range hopping in indium phosphide near the metal non metal transition in presence of a magnetic field.- A kinetic approximation for quantum magneto-transport.- Scattering mechanisms in n-CdTe under classical and quantum limit conditions.- Magnetophonon and magnetoimpurity resonances in N-Germanium.- Classical transport effects revisited: A basis for new applications of high magnetic fields.- Impurities in semimagnetic semiconductors.- Bound magnetic polarons in semimagnetic semiconductors.- “Spin-doping” in semiconductor physics.- Magnetically stimulated conductivity of magnetic semiconductor and related phenomena.- Binding of an electron in the field of a finite electric dipole in a magnetic field.- Low-temperature magnetocapacitance measurements on n-type silicon: Spin-dependent electricalpolarizabilities of donor clusters.- Phase transitions in high magnetic fields.- High magnetic field research at the Francis bitter national magnet laboratory.- High magnetic fields at the Clarendon Laboratory, Oxford.- Semiconductor experiments in megagauss and submegagauss fields.- High field superconductors.- The generation of high magnetic fields in Grenoble — installations and magnets.- Magnets I have known.