As the only book covering all the most important electronic properties of solids in strong magnetic fields, including inter- and intraband optical spectroscopy and transport phenomena, this volume is unique in the international scientific literature. The book focuses on fundamental problems in Landau level spectroscopy, but special attention is paid to the phenomena important for applications in electronics (e.g. spectroscopy of two-dimensional electrons, spin-flip Raman scattering, light emission by hot carriers) Content: Modern Problems in Condensed Matter Sciences: Volume 27.1 Page ii Front Matter Page iii Copyright page Page iv Modern Problems in Condensed Matter Sciences Pages v-vii Preface to the Series Page ix A.A. Maradudin, V.M. Agranovich L. D. Landau(1908–1968) Page x Introduction Pages xi-xxix G. Landwehr, E.I. Rashba CHAPTER 1 - Cyclotron Resonance Pages 1-78 EIZO OTSUKA CHAPTER 2 - Phonon-assisted Cyclotron Resonance Pages 79-108 Y.B. LEVINSON CHAPTER 3 - Polaron Effects in Cyclotron Resonance Pages 109-130 DAVID M. LARSEN CHAPTER 4 - Electric-Dipole Spin Resonances Pages 131-206 E.I. RASHBA, V.I. SHEKA CHAPTER 5 - Spin-Flip Raman Scattering Pages 208-275 H.G. HÄFELE CHAPTER 6 - Magnetoplasma Effects in IV–VI Compounds Pages 277-341 G. BAUER CHAPTER 7 - Interband Magneto-optics of Semiconductors as Diamagnetic Exciton Spectroscopy Pages 345-443 R.P. SEISYAN, B.P. ZAKHARCHENYA CHAPTER 8 - Interband Magneto-optics in Narrow-gap Semiconductors Pages 445-482 C.R. PIDGEON CHAPTER 9 - Intraband and Interband Magneto-optical Transitions in Semiconductors: A unified approach Pages 483-512 WLODEK ZAWADZKI CHAPTER 10 - Magneto-Optical Phenomena in Electric and Magnetic Fields Pages 513-578 A.G. ARONOV, G.E. PIKUS CHAPTER 11 - Landau Level Spectroscopy: Interband Effects and Faraday Rotation Pages 579-675 F.Rudolf KEßLER, Jürgen METZDORF Author Index Pages XXXVII-XCI Subject Index Pages XCIII-CVII Cumulative Index, Volumes 1-27 Pages CIX-CXX Modern Problems In Condensed Matter Sciences, Volume 27.2: Landau Level Spectroscopy Focuses On The Processes, Reactions, Methodologies, And Approaches Involved In Condensed Matter Sciences, Including Magnetospectroscopy, Resonances, Electrodynamics, And Magnetic Fields. The Selection First Offers Information On The Magnetospectroscopy Of Confined Semiconductor Systems And The Magnetophonon Effect In Two Dimensions. Discussions Focus On Hot-electron Magnetophonon Resonance, Normal Resonances, Free Carrier States, Confined Impurities, And Electron-phonon Interaction. The Text Then Takes A Look At The Energy Spectrum And Magnetooptics Of Band-inverting Heterojunctions And The Electrodynamics Of Two-dimensional Electron Systems In High Magnetic Fields. The Publication Examines Landau Emission And The Shubnikov-de Haas (sdh) Effect. Topics Include Smooth Magnetoresistance And Sdh Effect, Landau Level Electronic Lifetimes, Experimental Techniques, And Landau Emission In Iii-iv Semiconductors. The Book Then Elaborates On A Comprehensive Review Of The Experimental Aspects Of The Sdh Effect; Magnetoimpurity Resonances In Semiconductor Transport; And Magnetophonon Resonance. The Selection Is A Highly Recommended Reference For Scientists And Readers Interested In The Landau Level Spectroscopy. Editors, G. Landwehr, E.i. Rashba. Includes Bibliographical References And Indexes.
