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Low-dimensional carriers under in-plane magnetic field : novel phenomena / Constantinos Simserides, Anna Zora, and Georgios P. Triberis.
- Format:
- Book
- Author/Creator:
- Simserides, Constantinos.
- Series:
- Condensed matter research and technology series.
- Condensed matter research and technology
- Language:
- English
- Subjects (All):
- Low-dimensional semiconductors.
- Quantum wells.
- Magnetic fields.
- Physical Description:
- 1 online resource (177 p.)
- Edition:
- 1st ed.
- Place of Publication:
- New York : Nova Science Publishers, c2010.
- Language Note:
- English
- Summary:
- The contents of this text cover quantum mecahnics and thermodynamics of quasi two-dimensional carriers under in-plane magnetic field, magnetoresistance oscillations, plasmons, diluted magnetic semiconductor quantum well, and much more.
- Contents:
- Intro
- LOW-DIMENSIONAL CARRIERS UNDER IN-PLANE MAGNETIC FIELD: NOVEL PHENOMENA
- Contents
- Introduction
- Chapter1QuantumMechanicsandThermodynamicsofQuasiTwo-DimensionalCarriersunderIn-PlaneMagneticField
- 1.1.Basics
- 1.2.ElectronKinetics
- 1.3.TheDensityofStates
- 1.4.ThermodynamicPropertiesandCarrierConcentration
- 1.5.TheCaseoftheSingleQuantumWellorDoubleHeterojunction
- Chapter2MagnetoresistanceOscillations
- 2.1.SingleHeterojunction
- 2.2.DoubleQuantumWell
- 2.3.WideSingleQuantumWell
- Chapter3Plasmons
- 3.1.PlasmonsinSingleQuantumWells
- 3.1.1.SubbandStructure
- 3.1.2.CollectiveExcitations
- 3.1.3.PlasmonDispersions
- 3.2.PlasmonsinDoubleQuantumWells
- 3.2.1.PlasmonsinDoubleQuantumWellsintheAbsenceofaMagneticField
- 3.2.2.PlasmonsinDoubleQuantumWellsunderIn-planeMagneticField
- Chapter4Photoluminescence
- 4.1.PhotoluminescenceofDoubleQuantumWellsunderIn-planeMagneticField
- 4.1.1.TheoreticalStudies
- SymmetricDoubleQuantumWells
- AsymmetricDoubleQuantumWells
- 4.1.2.ExperimentalStudies
- 4.1.3.IndirectExcitonsinDoubleQuantumWellsunderHighIn-planeMag-neticFields
- Chapter5DilutedMagneticSemiconductorQuantumWells:ThermodynamicsandSpin-SubbandStructure
- 5.1.Basics
- 5.2.SpinSplittingofTwoSubsystems:ItinerantCarriersandMagneticIons
- 5.3.Low-TemperatureThermodynamicsandSpin-SubbandStructureofNarrowtoWideDilutedMagneticSemicon-ductorQuantumWells
- Chapter6DilutedMagneticSemiconductorQuantumWells:InfluenceofTemperature,MagneticField,CarrierConcentrationandExchangeInteraction
- 6.1.Multi-Spin-SubbbandPopulations,Spin-Polarization,andRelativeInfluenceoftheZeemanandtheExchangeTerm
- 6.2.WideQuantumWells.
- 6.2.1.Multi-Spin-SubbandStructure,Spin-SubbandPopulations,andSpin-PolarizationVaryingtheSheetCarrierConcentrationandtheEx-changeInteraction
- 6.2.2.TemperatureDependence
- Chapter7OrbitalThermodynamicProperties
- 7.1.LowTemperatures
- 7.2.AugmentingTemperature
- Chapter8AQuasiZero-DimensionalCase:QuantumDotsunderMagneticFieldofVariableOrientation
- 8.1.TheTheoreticalFramework
- 8.1.1.Single-ParticleStates
- 8.1.2.CoulombMatrixElements
- 8.1.3.ExcitonicProblem
- 8.1.4.Near-FieldAbsorptionSpectra-SpatialResolution
- 8.2.ApplicationtoSingleandDoubleQuantumDots
- 8.2.1.Single-ParticleStatesofSingleQuantumDots:SpatialConfinementvs.MagneticFieldOrientationandMagnitude
- 8.2.2.SingleQuantumDotinIdealConfiguration:TheInfluenceoftheCoulombInteraction
- 8.2.3.SingleQuantumDotsSubjectedtoHigherMagneticFields
- 8.2.4.DoubleQuantumDotwithaSoftBarrier
- 8.2.5.GroundStateExcitonBinding
- References
- Index
- Blank Page.
- Notes:
- Description based upon print version of record.
- Includes bibliographical references (p. [147]-159) and index.
- Description based on print version record and CIP data provided by publisher.
- ISBN:
- 1-61470-196-2
- OCLC:
- 777815194
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