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Physics in High Magnetic Fields

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Cover of 'Physics in High Magnetic Fields'

Table of Contents

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    Book Overview
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    Chapter 1 Recent Progress in the Generation of Continuous High Magnetic Fields
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    Chapter 2 Recent Developments in High Field Superconductors
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    Chapter 3 Research at the Nijmegen High Field Magnet Laboratory
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    Chapter 4 Strong and Ultrastrong Magnetic Fields: Development, State of the Art and Applications
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    Chapter 5 Recent Topics on the Generation and Application of Pulsed High Magnetic Fields at Osaka
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    Chapter 6 Explosive Generation of High Magnetic Fields in Large Volumes and Solid State Applications
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    Chapter 7 Generation of Megagauss Fields by Electromagnetic Flux Compression
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    Chapter 8 Application of Megagauss Fields to Studies of Semiconductors and Magnetic Materials
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    Chapter 9 Far-Infrared Spectroscopy of Semiconductors in High Magnetic Fields
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    Chapter 10 Submillimeter-Magneto Spectroscopy of Semiconductors
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    Chapter 11 Four-Wave Spectroscopy of Shallow Donors in Germanium
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    Chapter 12 New Magneto-Optical Transitions in n-InSb: Mid-Gap Deep Defect Level and Three-Phonon Assisted Processes
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    Chapter 13 An Infrared Bolometer for Use in High Magnetic Fields
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    Chapter 14 D - Centers in Semiconductors in High Magnetic Fields
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    Chapter 15 High Magnetic Field Zeeman Splitting and Anisotropy of Cr-Related Photo-Luminescence in Semi-Insulating GaAs and GaP
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    Chapter 16 Impurity States of Tellurium in High Magnetic Fields
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    Chapter 17 Anomalous Anisotropies in Rare-Earth Magnetic Compounds and Their Behavior under High Magnetic Field
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    Chapter 18 Anisotropic Scattering by Rare-Earth Impurities: Effect of a High Magnetic Field
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    Chapter 19 Magnetophonon Effect of Hot Electrons in n-InSb and n-GaAs
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    Chapter 20 Transport Equations Treating Phonon Drag Effect in a Strong Magnetic Field
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    Chapter 21 Exciton and Shallow Impurity States of Semiconductors in an Arbitrary Magnetic Field
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    Chapter 22 Magnetic Field Induced LT Mixing of the Multicomponent Polaritons in CdTe
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    Chapter 23 Magneto-Optical Effects in III–VI Layer Compounds
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    Chapter 24 Interband Faraday and Kerr Effects in Semiconductors: An Analysis by Means of Equivalent Modulated Magneto-Optical Spectra of Ge and Si
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    Chapter 25 Magnetoplasma Modes at the Interface between a Semiconductor and a Metallic Screen in the Faraday Geometry
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    Chapter 26 Electron-Hole Liquid in Ge in High Magnetic Field
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    Chapter 27 Far-Infrared Magneto-Plasma Absorptions of Electron-Hole Drops in Germanium
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    Chapter 28 Electron Interactions in Bismuth
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    Chapter 29 Free and Bound Magneto-Polarons in Narrow Gap Semiconductors
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    Chapter 30 Investigation of Strain Effects in Epitaxial Semiconductor Films by Interband Magnetooptical Transitions: IV–VI Compounds
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    Chapter 31 Study of Electronic and Lattice Properties in (Pb, Sn, Ge) Te by Intra-band Magneto-Optics
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    Chapter 32 Magnetic Freeze-Out and High Pressure Induced Metal-Nonmetal Transition in Low Concentration n-Type InSb
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    Chapter 33 A Sensitive HgCdTe Bolometer for the Detection of Millimeter Wave Radiation
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    Chapter 34 Electric Subbands in a Magnetic field
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    Chapter 35 Electron Transport in Silicon Inversion Layers at High Magnetic Fields
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    Chapter 36 Temperature Dependence of Transverse and Hall Conductivities of Silicon MOS Inversion Layers under Strong Magnetic Fields
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    Chapter 37 Two-Dimensional Charge Density Wave State in a Strong Magnetic Field
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    Chapter 38 InAs-GaSb Superlattices in High Magnetic Fields
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    Chapter 39 Magnetic Quantization and Transport in a Semiconductor Superlattice
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    Chapter 40 Magnetoreflection and Shubnikov-de Haas Experiments on Graphite Intercalation Compounds
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    Chapter 41 Electrical Properties of Layered Materials at High Magnetic Fields
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    Chapter 42 Possibility of the Magnetic Breakdown for 2H-MX 2 in High Field
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    Chapter 43 High Field Magnetism
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    Chapter 44 Spectroscopy of Magnetic Insulating Transition Metal Dihalides in High Magnetic Fields
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    Chapter 45 Semimagnetic Semiconductors in Magnetic Fields
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Title
Physics in High Magnetic Fields
Published by
Springer Berlin Heidelberg, December 2012
DOI 10.1007/978-3-642-81595-9
ISBNs
978-3-64-281597-3, 978-3-64-281595-9
Editors

Chikazumi, Sōshin, Miura, Noború