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Theoretical and Experimental Aspects of Valence Fluctuations and Heavy Fermions

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Table of Contents

  1. Altmetric Badge
    Book Overview
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    Chapter 1 Where are We in the Mixed Valence Story?
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    Chapter 2 The Resonating Valence Bond State and High-Tc Superconductivity in La2CuO4+
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    Chapter 3 Actinides and Heavy Fermions
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    Chapter 4 Cooperative Phenomena in the Heavy Fermion Systems UBe13 and U1−xThXBe13
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    Chapter 5 Phase Transitions in Heavy-Electron Materials
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    Chapter 6 Understanding Photoemission Spectra in Uranium Based Heavy Fermion Systems
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    Chapter 7 Experiments on the Heavy Electron Superconductors UBe13 and URu2Si2
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    Chapter 8 Low Temperature Properties of CeCu5 and Related Compounds
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    Chapter 9 Phenomenological Relationships in Heavy Fermi Liquids
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    Chapter 10 The Coherent State in the Heavy Fermion CeCu6
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    Chapter 11 Correlations in Heavy Fermions
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    Chapter 12 Heavy Electron Metals and Anisotropic Superconductors
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    Chapter 13 Microscopic Theory of Strongly Correlated Fermi Systems
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    Chapter 14 Monte Carlo Simulation of Magnetic Impurities in Metals
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    Chapter 15 Fermi Surfaces of Mixed Valent and Heavy Fermion Metals
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    Chapter 16 Effect of f-d Coulomb Correlations and Many-Body Resonance in Intermediate Valence Systems: f- Photoemission
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    Chapter 17 Pressure Dependence of the Specific Heat of Heavy-Fermion Compounds
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    Chapter 18 Response of Kondo Lattice Systems to Pressure
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    Chapter 19 Heavy Fermions and Coherent and Incoherent Valence Fluctuations in Cerium Systems
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    Chapter 20 Coherence in CePd3
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    Chapter 21 Phase Diagram of the Kondo Lattice
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    Chapter 22 Direct 4f Band Model in CeRh3B2
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    Chapter 23 The Fermi Surface of CeSb
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    Chapter 24 X-Ray Absorption Spectroscopy on Mixed-Valent Materials
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    Chapter 25 The Role of Compound Electronic Structure in Ce-Valence Instabilities
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    Chapter 26 Correlation between Valence and Electronic Structure as Studied by Exafs in RM2X2 Compounds
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    Chapter 27 Mixed Valence in Chemistry
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    Chapter 28 The Interatomic Intermediate Valence State of Insulating Correlated Oxides CeO2, PrO2 and TbO2
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    Chapter 29 High-Energy Spectroscopy Of CeF4 : Covalency Versus Mixed Valency
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    Chapter 30 Raman and Brillouin Scattering Spectroscopy of Intermediate Valence and Heavy Fermion Compounds
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    Chapter 31 Far-Infrared Properties of Intermediate Valence- and Heavy Fermion Materials
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    Chapter 32 Spin Correlations in Heavy Fermion Systems
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    Chapter 33 Paramagnetic Scattering from Some Ce And Yb based Valence Fluctuation : Kondo-Lattice Systems
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    Chapter 34 Nuclear Magnetic Resonance in Heavy Fermion Systems
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    Chapter 35 151Eu Mössbauer Studies of Some Valence Fluctuating Systems
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    Chapter 36 Effects of Thorium Doping in (U, Th)Pt3, and (U, Th)Be13
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    Chapter 37 Low Temperature Magneto Transport in Yb (1−x) Tm (x) S
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    Chapter 38 Nuclear Magnetic Resonance Study of the Heavy-Fermion System URu2Si2
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    Chapter 39 Resistivity Studies on UM2Si2 (M = Rh, Ir, Ru and Os)
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    Chapter 40 Low-Temperature Specific Heat of UBe13
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    Chapter 41 Normal State Magnetic Behavior of (U1−xREX)BE13 Pseudobinaries
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    Chapter 42 Raman Scattering from Spin Fluctuations and Phonons in UPt3
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    Chapter 43 High Pressure Investigations on the Heavy Fermion Material UPt3 at 300K
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    Chapter 44 Microscopic Study of Magnetism in Heavy-Electron U2Zn17 by μ+SR
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    Chapter 45 f-Band Narrowing in Uranium Intermetallics
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    Chapter 46 Heavy Electron Behavior in the System UPd2−XAuXSn (0 ≤ x ≤2)
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    Chapter 47 Magnetoresistive Effects in the Upper Critical Fields of Heavy Fermion Superconductors
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    Chapter 48 The Role of Re in the Magnetic Properties of U(Fe1−xRex)2
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    Chapter 49 Manifestation of Impurity-Like Behaviour of 5f in Electron Spectroscopy of UxY1−xB4
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    Chapter 50 Soft X-ray Absorption Spectra of Uranium Intermetallics
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    Chapter 51 L3 X-ray Absorption in Compounds of U, Np, and Pu
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    Chapter 52 Pressure-Induced Electronic Structure Changes in USb
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    Chapter 53 Resistivity and Susceptibility Studies on CeCu6−xAux Alloys
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    Chapter 54 L3-Edge Study of the CeCu2−XNiXSi2 Series Of Compounds
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    Chapter 55 Magnetization Studies of CeCu2Si2−xGex Alloys
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    Chapter 56 Evolution with Pressure of a Heavy Mass Ground State in Chemically Expanded CeRu2Si2
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    Chapter 57 Competition of Magnetism and Kondo Effect in (Ce,Y)Pd2Si2 compounds
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    Chapter 58 Electrical Behaviour of Heavy Electron Compounds
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    Chapter 59 Field Induced Magnetic Saturation Effects in (Ce-La)Ru2Si2 and (Ce-Y)Ru2Si2 Kondo Lattices
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    Chapter 60 Influence of Substitutions on the Low-Temperature Behaviour of CePd3
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    Chapter 61 Pressure Dependence of the Resistivity of CE3AL
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    Chapter 62 A New Magnetic Transition in Ce (Fe1−xCox)2, x < 0.3
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    Chapter 63 Magnetic Behaviour of Isolated Sm Ions in γ-Ce and α-Ce
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    Chapter 64 Kondo Effect in the (Y, Tm)S Dilute System
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    Chapter 65 Crystallographic and Magnetic Investigations in the Pseudoternary Alloy System Ce(Ir1−xRhx)2Si2
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    Chapter 66 Physical Properties of CeM2Si2 (M = Mn, Fe, Co, Ni, Cu)
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    Chapter 67 Spin Fluctuation Effects in Germanium Doped YbPd2Si2: LIII-Edge, Susceptibility and Resistivity Studies
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    Chapter 68 Magnetic Susceptibility of YbCuGa, YbAgGa and YbAuGa Compounds
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    Chapter 69 Magnetic Behaviour of CeRh3−xIrxB2 Alloy System
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    Chapter 70 Structure and Magnetic Properties of CeIr3B2−xSix System
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    Chapter 71 Evidence for Spin Fluctuations in the Mixed Valent Superconductors Ce(Ru1-xOsx)3B2
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    Chapter 72 Effect of Exchange Field on the Anomalous Behaviour of 4F State of Ce in Ce1-xGdxRh3B2
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    Chapter 73 Coexistence of Intermediate Valence Ce and Ce3+ in the Ce2Sn5 Compound
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    Chapter 74 XANES of Some Ce Mixed-Valent Compounds
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    Chapter 75 The Anderson Lattice and Universal Properties of Heavy Fermion Systems
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    Chapter 76 On a Mean Field Theory for Superconductivity in Highly Correlated Electron Systems
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    Chapter 77 Superconductivity in Heavy Electron Systems: Axial or Polar State?
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    Chapter 78 Some Remarks on the Gutzwiller Wave Function
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    Chapter 79 Properties of the Gutzwiller Wavefunction
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    Chapter 80 Quantum Monte Carlo Simulation of Anderson Lattice in One Dimension
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    Chapter 81 Energetics of Mixed Valent Systems
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    Chapter 82 Spatial Correlations around Magnetic Impurities in Metals
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    Chapter 83 Spin-Spin Correlations in the 2-Impurity Kondo Problem
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    Chapter 84 Pairing in Anderson Model
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    Chapter 85 Thermodynamics of the Coqblin-Schrieffer Model with Crystal Fields
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    Chapter 86 Electronic Quasiparticles in the Anderson Lattice: Atomic Limit Versus Hybridized Band Picture
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    Chapter 87 First Principles Calculation of Model Hamiltonian Parameters for Hybridizing Cerium Systems
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    Chapter 88 Crystal Fields and the Quadrupolar Kondo Effect in a Model Uranium Impurity
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    Chapter 89 Upper and Lower Bounds on the Single-Impurity-Anderson-Model
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    Chapter 90 On Hamiltonian Functional Integrals with Constraints on Auxiliary Boson States
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    Chapter 91 Collective Modes of the Superconducting State in Coexistence with Other Ordered States
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    Chapter 92 A Time-Dependent Pseudopotential and Valence Fluctuations
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    Chapter 93 A Simple but Rigorous Model for Valence Mixing: Energy Levels, Thermodynamic Properties, and Phase Diagrams
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    Chapter 94 Electronic Structure of Ce Compounds
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    Chapter 95 Electron Transport in Mixed Valence and Heavy Fermion Metals
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    Chapter 96 The Breakdown of Normal Magnetic Order in Rare Earth Metals
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    Chapter 97 High Temperature Specific Heat of Mixed-Valence Compounds
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    Chapter 98 Tm — A Three Level Mixed Valent System
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    Chapter 99 Ferromagnetic Order in 4f-Systems with Valence Instabilities
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    Chapter 100 Effect of Excitonic Correlations on Magnetic Order in Mixed Valence 4f-Systems
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    Chapter 101 Acoustic Attenuation in Kondo Lattice
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    Chapter 102 Linewidths in Neutron Scattering Spectra of Non-Cubic Cerium Kondo Compounds
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    Chapter 103 Valence Change in Praseodymium (Pr) and Ytterbium (Yb) Under High Pressure
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    Chapter 104 X-Ray Diffraction Study on CeAl3 up to 25 GPa
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    Chapter 105 High Pressure Studies on Some Cerium Compounds
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    Chapter 106 Valence Change in Amorphous Yb-Pd Alloys
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    Chapter 107 Pressure Studies on the Valence Transition in Sm4Bi3
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    Chapter 108 Magnetically Induced Valence Transition in Eu1−x SmXS
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    Chapter 109 On the Phase Transformation Ceγ $$\leftrightarrows$$ Ceα
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    Chapter 110 Pressure Induced Valence Transition in Cerium Studied by Positron Annihilation Spectroscopy
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    Chapter 111 Study of CeNi2 Transformation Upon Hydrogen Absorption
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    Chapter 112 Magnetization and 119Sn Mossbauer Studies in the Intermediate Valence System EuPd2(Si1−xSnx)2; 0 < x < 0.05
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    Chapter 113 X-Ray Diffraction and Mössbauer Effect Measurements near a Valence Transition
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    Chapter 114 Study of Mixed Valent Alloys Sm1−x ScXS by X-Ray Absorption Technique
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    Chapter 115 X-Ray Absorption Study of the Pressure-Induced Semiconductor-Metal Transition in TmSe1−xTeX
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    Chapter 116 Use of LIII Xanes for the Determination of Atomic Relaxation in Mixed-Valent Materials
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    Chapter 117 Optical Dielectric Function of UBe13, CeBe13, and ThBe13
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    Chapter 118 Behaviour of Eu Valence in RECu2Si2 and REPd2Si2 Matrices
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    Chapter 119 Valence State of Europium in EuCuGa, EuAgGa and EuAuGa Compounds
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    Chapter 120 Measurement of Local Susceptibility at 140Ce in CePd3
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    Chapter 121 ESR Spectra Of NON-S Ions in the Intermediate Valence Compound CePd3
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    Chapter 122 Phase Shifts in Rare-Earth Compounds
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    Chapter 123 Mixed Valence Properties of Oxide Ions in Metal Oxides
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    Chapter 124 Studies on ZrSiS and ZrMSiAs(M=Cu,Ni) Phases with the PbFCl Structure
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    Chapter 125 Low Temperature Electrical Properties of Shandite Phases, A2M3Ch2
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    Chapter 126 S→ d Electron Transfer and Superconductivity in Ba under Pressure
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    Chapter 127 Lattice Instabilities in Heavy Fermion Superconductors
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    Chapter 128 Experimental Summary
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    Chapter 129 Summary for Theoretical Work How to Understand the Valence Fluctuating State
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Title
Theoretical and Experimental Aspects of Valence Fluctuations and Heavy Fermions
Published by
Springer, Boston, MA, January 1987
DOI 10.1007/978-1-4613-0947-5
ISBNs
978-1-4612-8259-4, 978-1-4613-0947-5
Editors

L. C. Gupta, S. K. Malik

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The data shown below were compiled from readership statistics for 9 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Unknown 9 100%

Demographic breakdown

Readers by professional status Count As %
Professor 1 11%
Professor > Associate Professor 1 11%
Student > Postgraduate 1 11%
Student > Doctoral Student 1 11%
Unknown 5 56%
Readers by discipline Count As %
Physics and Astronomy 4 44%
Unknown 5 56%